High cross section density ; Self lubrication and limited wear; Dry running capability; Coefficient of thermal expansion similar to steel; Maintenance free and elastic, also under variable pressure; Non ageing, high chemical resistance; Attention! Precise tolerances and surfaces of application are requested

For flange connections in high pressure pipe line construction and fittings; Extremely low leakage with PTFE spiral filler. Helium leakproof 10 - 8 mbar l/(ms); High temperature resistance to 550 °C

For flange connections in high pressure pipe line construction and fittings; Extremely low leakage with PTFE spiral filler. Helium leakproof 10 - 8 mbar l/(ms); High temperature resistance to 550 °C

For flange connections in high pressure piping and in fittings; Extremely low leakage values with PTFE inlay. Helium leakproof ; 10 - 8 mbar l/(ms); High temperature resistance up to 550 °C with graphite inlay

For flange connections in high pressure piping and in fittings; Extremely low leakage values with PTFE inlay. Helium leakproof ; 10 - 8 mbar l/(ms); High temperature resistance up to 550 °C with graphite inlay

One of the main advantages of the PROLAOD-DYN LiveLoading system is that the disc springs slide on a smooth surface and cannot cannot catch on thread turns

The spring packs are protected in a housing against environmental influences and damage.

The spring stack is adjusted for optimal spring force and spring deflection by a spacer sleeve and a defined maintenance gap.

A torque wrench is not required for adjustment.

A reduction in compression due to packing consolidation or volume loss through abrasion is indicated by a larger maintenance gap. In this case, simply tighten the gland nut to restore the desired compression.

One of the main advantages of the PROLAOD-DYN LiveLoading system is that the disc springs slide on a smooth surface and cannot cannot catch on thread turns

The spring packs are protected in a housing against environmental influences and damage.

The spring stack is adjusted for optimal spring force and spring deflection by a spacer sleeve and a defined maintenance gap.

A torque wrench is not required for adjustment.

A reduction in compression due to packing consolidation or volume loss through abrasion is indicated by a larger maintenance gap. In this case, simply tighten the gland nut to restore the desired compression.

Disc springs slide on an even machined surface rather on a bolt thread

Disc springs are encapsulated by outer cylinder against environmental impact

Disc springs never get over-compressed

No torque measuring tools necessary

Relaxation of the springset by volumeloss of the packing stack will show on an inspection gap.

Simply tighten the nut until the gap closes

PROLOAD-STAT Live Loading System acts as a prevention against mechanical destruction of packing

Extended nut screws on the existing valve bolt and eliminates the need for new longer bolts

Disc springs slide on an even machined surface rather on a bolt thread

Disc springs are encapsulated by outer cylinder against environmental impact

Disc springs never get over-compressed

No torque measuring tools necessary

Relaxation of the springset by volumeloss of the packing stack will show on an inspection gap.

Simply tighten the nut until the gap closes

PROLOAD-STAT Live Loading System acts as a prevention against mechanical destruction of packing

Extended nut screws on the existing valve bolt and eliminates the need for new longer bolts

WDR-rings are ready-to-fit sealing elements for shafts and axles; The wide sealing surface offers extra protection against early wear on the shaft and as well on the seal; WDR rings are located in the housing with interference fit. The sealing effect is facilitated through the pre-loaded encapsulated packing. Different packing styles can be utilized depending on application.

Perfect axial and radial flexibility, good stress relaxation and protection against wear; Very low leakage values through outstanding cross section and surface density.; Without organic carrier fiber, no shrinkage under temperature; Resistant against gases, vapours, oils, caustics and most of acids, also suitable for NH3 - gases, hydrogen, nitrogen and methanol; Non hazardous to health (no Al2O3 content !); A specific vulcanisation technique for temperingsystem applications simplifies the installation and improves adaption to uneveness

Perfect axial and radial flexibility, good stress relaxation and protection against wear; Very low leakage values through outstanding cross section and surface density.; Without organic carrier fiber, no shrinkage under temperature; Resistant against gases, vapours, oils, caustics and most of acids, also suitable for NH3 - gases, hydrogen, nitrogen and methanol; Non hazardous to health (no Al2O3 content !); A specific vulcanisation technique for temperingsystem applications simplifies the installation and improves adaption to uneveness

Precise metering and constant pressure of sealing water (p = 1 bar above media pressure) - environmental protection and cost reduction in fact of reduced seal water consumption; Flow and pressure monitoring - protects the aggregate from failing (inductive alarm system); Stable and compact construction guarantees safety and simple handling; Corrosion and temperature resistant; Displays are easy to read and clean; With an inductive switch (option) an alarm system can be used

Precise metering and constant pressure of sealing water (p = 1 bar above media pressure) - environmental protection and cost reduction in fact of reduced seal water consumption; Flow and pressure monitoring - protects the aggregate from failing (inductive alarm system); Stable and compact construction guarantees safety and simple handling; Corrosion and temperature resistant; Displays are easy to read and clean; With an inductive switch (option) an alarm system can be used

Economical storage independent from shaft diameter, supply in 1,180 mm length; Replacement for machined lantern rings; Universal use, excellent chemical and thermal resistance; Easy to remove with packing extractor; No corrosion and wear of shafts, no canting during use; No waste as length can be connected (see picture)

Economical storage independent from shaft diameter, supply in 1,180 mm length; Replacement for machined lantern rings; Universal use, excellent chemical and thermal resistance; Easy to remove with packing extractor; No corrosion and wear of shafts, no canting during use; No waste as length can be connected (see picture)

High density and strength properties; HD Tape plies during the wrapping in the thread and forms a dense PTFE film, which does not harden and stays flexible; Immediate after connection of the construction parts it is possible to turn them 45° back for alignment.; Chemically inert and does not react with steam, water, fuel, acids, gases or solvents.; Once applied the connection can be disassembled; Fretting of the threads is practically impossible

High density and strength properties; HD Tape plies during the wrapping in the thread and forms a dense PTFE film, which does not harden and stays flexible; Immediate after connection of the construction parts it is possible to turn them 45° back for alignment.; Chemically inert and does not react with steam, water, fuel, acids, gases or solvents.; Once applied the connection can be disassembled; Fretting of the threads is practically impossible

The device uses the packing dimension and the shaft diameter to determine the approximate cut length; Time saving; Repeatable results; Reduced waste; Suitable as well for Trapez-Pack

The device uses the packing dimension and the shaft diameter to determine the approximate cut length; Time saving; Repeatable results; Reduced waste; Suitable as well for Trapez-Pack

Quick change of cutting angle when producing a 75° Butt cut due to both sided marking on cutting support; Easy handling due to precise angle cutting aligned to marking on cutting support; Simple handling when cutting a 45° Skive cut by aligning the packing on the bracket of the cutting support; Replacement blades available

Quick change of cutting angle when producing a 75° Butt cut due to both sided marking on cutting support; Easy handling due to precise angle cutting aligned to marking on cutting support; Simple handling when cutting a 45° Skive cut by aligning the packing on the bracket of the cutting support; Replacement blades available

Excellent spot drilling and extracting of old and hardened packings as well as blocked and difficult locations.

Excellent spot drilling and extracting of old and hardened packings as well as blocked and difficult locations.

Excellent spot drilling and extracting of brittle, soft packings as well as blocked and difficult locations.

Excellent spot drilling and extracting of brittle, soft packings as well as blocked and difficult locations.

Excellent spot drilling and extracting of old and hardened packings as well as blocked and difficult locations.

Excellent spot drilling and extracting of old and hardened packings as well as blocked and difficult locations.

Excellent spot drilling and extracting of old and hardened packings as well as blocked and difficult locations.

Excellent spot drilling and extracting of old and hardened packings as well as blocked and difficult locations.

Fast and flexible solution for a whole range of applications; Easy and safe operation; Seal cutting from 30 up to 1000 mm; Suitable for various sheet thicknesses up to 9 mm; Also small sized sheet pieces are processable; Spare parts on request

Fast and flexible solution for a whole range of applications; Easy and safe operation; Seal cutting from 30 up to 1000 mm; Suitable for various sheet thicknesses up to 9 mm; Also small sized sheet pieces are processable; Spare parts on request

Simple to install; No ageing of the ePTFE Joint Sealant; Excellent adaption, ideal to compensate uneven gland surfaces; Physiologically safe in temperatures up to +260 °C; Selection criteria: unevenness of gland should not be bigger than 1/3 of seal thickness

Simple to install; No ageing of the ePTFE Joint Sealant; Excellent adaption, ideal to compensate uneven gland surfaces; Physiologically safe in temperatures up to +260 °C; Selection criteria: unevenness of gland should not be bigger than 1/3 of seal thickness

Very adaptive to surfaces; Chemical resistance; Simple to install; Very high cross section sealability; Wide area of applications; Does not stick on flanges; Easy to remove; Universal sizes reduce stock keeping

Very adaptive to surfaces; Chemical resistance; Simple to install; Very high cross section sealability; Wide area of applications; Does not stick on flanges; Easy to remove; Universal sizes reduce stock keeping

Standard Gasket for plant wide use  with good thermal and mechanical properties as well a wide chemical compatibility; Do not use any surface treatment!

Standard Gasket for plant wide use  with good thermal and mechanical properties as well a wide chemical compatibility; Do not use any surface treatment!

Standard Gasket for plant wide use  with good thermal and mechanical properties as well a wide chemical compatibility; Do not use any surface treatment!

Standard Gasket for plant wide use  with good thermal and mechanical properties as well a wide chemical compatibility; Do not use any surface treatment!

No change in width at compression;Excellent on slim or restricted flange areas; No ageing; Excellent adaption to flange uneveness; Physiologically safe in temperatures up to +260 °C; Practical waste-free application

No change in width at compression;Excellent on slim or restricted flange areas; No ageing; Excellent adaption to flange uneveness; Physiologically safe in temperatures up to +260 °C; Practical waste-free application

High sealability even at low gasket stress; Minimized cold flow; Very good recovery; High compressibility and adaptability even at slightly damaged flanges

High sealability even at low gasket stress; Minimized cold flow; Very good recovery; High compressibility and adaptability even at slightly damaged flanges

Protected against cold flow; Excellent recovery; Very good in applications with varying temperatures; Reduced leakage rates compared to other filled PTFE gaskets under the same gasket stress.

Protected against cold flow; Excellent recovery; Very good in applications with varying temperatures; Reduced leakage rates compared to other filled PTFE gaskets under the same gasket stress.

Protected against cold flow; Excellent recovery; Excellent chemical resistance in caustic applications; Reduced leakage rates compared to other filled PTFE gaskets under the same gasket stress.

Protected against cold flow; Excellent recovery; Excellent chemical resistance in caustic applications; Reduced leakage rates compared to other filled PTFE gaskets under the same gasket stress.

No change of width during compression; Non ageing, unlimited storability; Very good adaption to an uneveness of a flange; Physiologically non hazardous up to 260 °C; Chemically inert; Well suited for alternating temperatures; High sealability; Non hardening, non sticking to seal surface

Seals also suitable for cold water pressure test

No change of width during compression; Non ageing, unlimited storability; Very good adaption to an uneveness of a flange; Physiologically non hazardous up to 260 °C; Chemically inert; Well suited for alternating temperatures; High sealability; Non hardening, non sticking to seal surface

Seals also suitable for cold water pressure test

This new gasket material consists of a temperature-, corrosion-, and chemical-resistant expanded graphite matrix.

No aging

Good adaptability to flange irregularities

Excellent suitability for changing temperatures

No hardening

This new gasket material consists of a temperature-, corrosion-, and chemical-resistant expanded graphite matrix.

No aging

Good adaptability to flange irregularities

Excellent suitability for changing temperatures

No hardening

Soft and extremely adaptable non reinforced graphite sheet with a purity of 98 %.; Special coating on both sides raises sealabilty. ; Practically no cold flow or creep under temperature. ; Non hardening; Excellent in use at cycling temperatures; Excellent sealability even at low gasket stress.

Soft and extremely adaptable non reinforced graphite sheet with a purity of 98 %.; Special coating on both sides raises sealabilty. ; Practically no cold flow or creep under temperature. ; Non hardening; Excellent in use at cycling temperatures; Excellent sealability even at low gasket stress.

Graphite gasket reinforced with a 0.1 mm tanged 316 stainless steel insert and a purity of 98 %. ; Practically no cold flow or creep under temperature ; Excellent in use at cycling temperatures ; High blow out safety; Built in safety against assembly and operational problems.

Graphite gasket reinforced with a 0.1 mm tanged 316 stainless steel insert and a purity of 98 %. ; Practically no cold flow or creep under temperature ; Excellent in use at cycling temperatures ; High blow out safety; Built in safety against assembly and operational problems.

One layer of 0.05 mm stainless steel carrier (3 mm thickness 2 layers) with graphite on both sides fixed by a special 10 µm thick adhesive coating.; Purity 98 %; Practically no cold flow or creep under temperature; Excellent in use at cycling temperatures; Very good sealability even at low gasket stress.

One layer of 0.05 mm stainless steel carrier (3 mm thickness 2 layers) with graphite on both sides fixed by a special 10 µm thick adhesive coating.; Purity 98 %; Practically no cold flow or creep under temperature; Excellent in use at cycling temperatures; Very good sealability even at low gasket stress.

Premium graphite gasket, reinforced by 0.05 mm multilayer stainless steel carriers in an adhesive free sandwich compound with the graphite layers.; Purity 98 %; High blow out safety and mechanical strength; Practically no cold flow or creep under temperature; Non hardening; Excellent in use at cycling temperatures; Reduced Emissions due to high sealability; Built in safety against assembly and operational problems.

Premium graphite gasket, reinforced by 0.05 mm multilayer stainless steel carriers in an adhesive free sandwich compound with the graphite layers.; Purity 98 %; High blow out safety and mechanical strength; Practically no cold flow or creep under temperature; Non hardening; Excellent in use at cycling temperatures; Reduced Emissions due to high sealability; Built in safety against assembly and operational problems.

Expanded graphite sheet gasket with Stainless Steel stretch metal reinforcement and a purity of 99 %.; Practically no cold flow or creep under temperature. ; Non hardening; Excellent in use with cycling temperatures. ; Blow out safe due to 3 dimensional reinforcement matrixes; Optimized transfer of sealing stress; Safe use even with small sealing width; Minimized risk of separation known from multilayer reinforced gasket sheets.

Expanded graphite sheet gasket with Stainless Steel stretch metal reinforcement and a purity of 99 %.; Practically no cold flow or creep under temperature. ; Non hardening; Excellent in use with cycling temperatures. ; Blow out safe due to 3 dimensional reinforcement matrixes; Optimized transfer of sealing stress; Safe use even with small sealing width; Minimized risk of separation known from multilayer reinforced gasket sheets.

Expanded graphite sheet gasket with Stainless Steel stretch metal reinforcement and a purity of 99 %.; Practically no cold flow or creep under temperature. ; Non hardening; Excellent in use with cycling temperatures. ; Blow out safe due to 3 dimensional reinforcement matrixes; Optimized transfer of sealing stress; Safe use even with small sealing width; Minimized risk of separation known from multilayer reinforced gasket sheets.

Expanded graphite sheet gasket with Stainless Steel stretch metal reinforcement and a purity of 99 %.; Practically no cold flow or creep under temperature. ; Non hardening; Excellent in use with cycling temperatures. ; Blow out safe due to 3 dimensional reinforcement matrixes; Optimized transfer of sealing stress; Safe use even with small sealing width; Minimized risk of separation known from multilayer reinforced gasket sheets.

Soft and extremely adaptable non reinforced graphite sheet with a purity of 98 %.; Special coating on both sides raises sealabilty. ; Practically no cold flow or creep under temperature. ; Non hardening; Excellent in use at cycling temperatures; Excellent sealability even at low gasket stress.

Soft and extremely adaptable non reinforced graphite sheet with a purity of 98 %.; Special coating on both sides raises sealabilty. ; Practically no cold flow or creep under temperature. ; Non hardening; Excellent in use at cycling temperatures; Excellent sealability even at low gasket stress.

Graphite gasket reinforced with a 0.1 mm tanged stainless steel insert and a purity of 98 %. ; Practically no cold flow or creep under temperature ; Excellent in use at cycling temperatures ; High blow out safety; Built in safety against assembly and operational problems.

Graphite gasket reinforced with a 0.1 mm tanged stainless steel insert and a purity of 98 %. ; Practically no cold flow or creep under temperature ; Excellent in use at cycling temperatures ; High blow out safety; Built in safety against assembly and operational problems.

One layer of 0.05 mm stainless steel carrier (3 mm thickness 2 layers) with graphite on both sides fixed by a special 10 µm thick adhesive coating.; Purity 98 %; Practically no cold flow or creep under temperature; Excellent in use at cycling temperatures; Very good sealability even at low gasket stress.

One layer of 0.05 mm stainless steel carrier (3 mm thickness 2 layers) with graphite on both sides fixed by a special 10 µm thick adhesive coating.; Purity 98 %; Practically no cold flow or creep under temperature; Excellent in use at cycling temperatures; Very good sealability even at low gasket stress.

Premium graphite gasket, reinforced by 0.05 mm multilayer stainless steel carriers in an adhesive free sandwich compound with the graphite layers.; Purity 99.8 %; High blow out safety and mechanical strength; Practically no cold flow or creep under temperature; Non hardening; Excellent in use at cycling temperatures; Reduced Emissions due to high sealability; Built in safety against assembly and operational problems.

Premium graphite gasket, reinforced by 0.05 mm multilayer stainless steel carriers in an adhesive free sandwich compound with the graphite layers.; Purity 99.8 %; High blow out safety and mechanical strength; Practically no cold flow or creep under temperature; Non hardening; Excellent in use at cycling temperatures; Reduced Emissions due to high sealability; Built in safety against assembly and operational problems.

No irritation to skin, harmless to health (filament diameter: 6 - 10 ); Non flammable following DIN 4102 – ignition loss <1.5 %; Resistant against oils, grease, steam, solvents and organic acids; Hydrolytic resistance following DIN 12111: Class 1; Does not content toxic substances or heavy metals ; Surface graphite impregnation on request for increasing compactness and nonstick effect ; A variety of products different in form and temperature resistance are available on request

No irritation to skin, harmless to health (filament diameter: 6 - 10 ); Non flammable following DIN 4102 – ignition loss <1.5 %; Resistant against oils, grease, steam, solvents and organic acids; Hydrolytic resistance following DIN 12111: Class 1; Does not content toxic substances or heavy metals ; Surface graphite impregnation on request for increasing compactness and nonstick effect ; A variety of products different in form and temperature resistance are available on request

High elasticity and volume are the premises for an extremely good insulation effect ; Resistant against acid and caustic except phosphoric or hydrofluoric acid or highly concentrated caustics ; Does not content toxic substances or heavy metals ; Non flammable following DIN 4102; Product availability: Square, rectangular, round braid or round twisted reinforced with chrome steel wire; Surface graphite impregnation on request for increasing compactness and nonstick effect; Product contains approx. 20 % organic carrierfiber which decomposes at 200 °C.

High elasticity and volume are the premises for an extremely good insulation effect ; Resistant against acid and caustic except phosphoric or hydrofluoric acid or highly concentrated caustics ; Does not content toxic substances or heavy metals ; Non flammable following DIN 4102; Product availability: Square, rectangular, round braid or round twisted reinforced with chrome steel wire; Surface graphite impregnation on request for increasing compactness and nonstick effect; Product contains approx. 20 % organic carrierfiber which decomposes at 200 °C.

Non flamable; High electric- and thermal isolation capability; Dimensionally stabil; Good mechanical structural strength

Non flamable; High electric- and thermal isolation capability; Dimensionally stabil; Good mechanical structural strength

Non flamable; High electric- and thermal isolation capability; Dimensionally stabil; Good mechanical structural strength; Low shrinkage; Low Volumeloss

Non flamable; High electric- and thermal isolation capability; Dimensionally stabil; Good mechanical structural strength; Low shrinkage; Low Volumeloss

Excellent adaption; High blow-out resistance; No cold flow; Chemically inert

Excellent adaption; High blow-out resistance; No cold flow; Chemically inert

Excellent adaption; High blow-out resistance; No cold flow; Chemically inert

Excellent adaption; High blow-out resistance; No cold flow; Chemically inert

High cross section density ; Self lubrication and limited wear; Dry running capability; Coefficient of thermal expansion similar to steel; Maintenance free and elastic, also under variable pressure; Non ageing, high chemical resistance; Attention! Precise tolerances and surfaces of application are requested

A 19 Spezial packing has a very low coefficient of friction and therefore displays low stem/spindle frictions and seals reliably with lower gland forces. In applications with high pressure or vacuum, die formed bullrings of S4 are recommended, top and bottom, to prevent extrusion. The packing rings require minimal maintenance and readjustments. The packing is non-ageing and long lasting.

A 19 Spezial packing has a very low coefficient of friction and therefore displays low stem/spindle frictions and seals reliably with lower gland forces. In applications with high pressure or vacuum, die formed bullrings of S4 are recommended, top and bottom, to prevent extrusion. The packing rings require minimal maintenance and readjustments. The packing is non-ageing and long lasting.

A190X Oxygen has a low coefficient of friction and displays low stem/spindle frictions.The packing is non-ageing and has a long lifetime. In applications with high pressure or vacuum, die formed bullrings of S4 are recommended, top and bottom, to prevent extrusion. The packing rings require minimal maintenance and readjustments.

A190X Oxygen has a low coefficient of friction and displays low stem/spindle frictions.The packing is non-ageing and has a long lifetime. In applications with high pressure or vacuum, die formed bullrings of S4 are recommended, top and bottom, to prevent extrusion. The packing rings require minimal maintenance and readjustments.

Yarn of highest puricity >99 % C content and universally chemical resistant. The addition of high temperature Graphite impregnation, increases the cross section density and works as a stable pressure cushion for the graphite fiber. A22 is flexible, resistant to wear and surface protecting. Excellent in temperature cycling, since graphite has a similar coefficient of expansion as steel. Also, excellent as bullrings for packing made of expanded graphite.

Yarn of highest puricity >99 % C content and universally chemical resistant. The addition of high temperature Graphite impregnation, increases the cross section density and works as a stable pressure cushion for the graphite fiber. A22 is flexible, resistant to wear and surface protecting. Excellent in temperature cycling, since graphite has a similar coefficient of expansion as steel. Also, excellent as bullrings for packing made of expanded graphite.

High temperature blocking agent increases the cross section density and acts as a form stable pressure bed for the Carbographite fiber; flexible, wear resistant and valve stem protecting; Perfect for temperature cycling as the coefficient of thermal expansion corresponds to that of steel; Excellent as a bullring in use with rings of expanded graphite

High temperature blocking agent increases the cross section density and acts as a form stable pressure bed for the Carbographite fiber; flexible, wear resistant and valve stem protecting; Perfect for temperature cycling as the coefficient of thermal expansion corresponds to that of steel; Excellent as a bullring in use with rings of expanded graphite

No slip stick effect; High cross section density; High temperature resistant to minimize emissions; Non hardening, good reset capability; Coefficient of thermal expansion similar to steel; Easy to cut, install and disassemble; Low coefficient of friction minimizes the adjustment force in valves; Recommended as die formed rings; For valve applications rings should be approx. 25 - 30% compressed at installation

No slip stick effect; High cross section density; High temperature resistant to minimize emissions; Non hardening, good reset capability; Coefficient of thermal expansion similar to steel; Easy to cut, install and disassemble; Low coefficient of friction minimizes the adjustment force in valves; Recommended as die formed rings; For valve applications rings should be approx. 25 - 30% compressed at installation

Universal use in pumps and valves; Very good dry-running characteristics; No wear, perfect thermal conductivity; High quality pure graphite; Coefficient of thermal expansion similar to steel; Rings should be approx. 20 - 25 % compressed during assembly; Recommended as die formed rings

Universal use in pumps and valves; Very good dry-running characteristics; No wear, perfect thermal conductivity; High quality pure graphite; Coefficient of thermal expansion similar to steel; Rings should be approx. 20 - 25 % compressed during assembly; Recommended as die formed rings

Universal use valve packing; Expanded graphite of higher quality; Coefficient of expansion similar to steel; For valve applications rings should be approx. 20 - 25 % compressed at installation; Precompressed rings are recommended

Universal use valve packing; Expanded graphite of higher quality; Coefficient of expansion similar to steel; For valve applications rings should be approx. 20 - 25 % compressed at installation; Precompressed rings are recommended

Universal plant wide use in static and rotating applications; Wear and extrusion stability through carbon fiber corner reinforcement; Non hardening, good reset capability, coefficient of thermal expansion corresponds to the coefficient of steel; High temperature resistance and excellent heat and electric conductivity; Self lubricating, excellent use in pumps, minimizing the need of flushwater; Easy to cut, assemble and disassemble; Low coefficient of friction minimizes the adjustment force in valves; No shaft wear, excellent dry running characteristics; Rings should be compressed in valve applications at assembly approx. 15 - 20 % in height; Die formed rings are recommended

Universal plant wide use in static and rotating applications; Wear and extrusion stability through carbon fiber corner reinforcement; Non hardening, good reset capability, coefficient of thermal expansion corresponds to the coefficient of steel; High temperature resistance and excellent heat and electric conductivity; Self lubricating, excellent use in pumps, minimizing the need of flushwater; Easy to cut, assemble and disassemble; Low coefficient of friction minimizes the adjustment force in valves; No shaft wear, excellent dry running characteristics; Rings should be compressed in valve applications at assembly approx. 15 - 20 % in height; Die formed rings are recommended

Universal plant wide use in static applications; Extrusion stability through ultrafine 10 myh Inconel mesh reinforcement on each strand; Non hardening, good reset capability, coefficient of thermal expansion corresponds to the coefficient of steel; High temperature and pressure resistance; Easy to cut, assemble and disassemble; Low coefficient of friction minimizes the adjustment force in valves; For valve applications rings should be approx. 25 - 30 % compressed at installation; A 66 can be used as bullrings for style A 44, A 44 I, P 60 and ARF ; Die formed rings are recommended

Universal plant wide use in static applications; Extrusion stability through ultrafine 10 myh Inconel mesh reinforcement on each strand; Non hardening, good reset capability, coefficient of thermal expansion corresponds to the coefficient of steel; High temperature and pressure resistance; Easy to cut, assemble and disassemble; Low coefficient of friction minimizes the adjustment force in valves; For valve applications rings should be approx. 25 - 30 % compressed at installation; A 66 can be used as bullrings for style A 44, A 44 I, P 60 and ARF ; Die formed rings are recommended

Universal plant wide use in static applications; Extrusion stability through ultrafine 10 myh Inconel mesh reinforcement on each strand; Non hardening, good reset capability, coefficient of thermal expansion corresponds to the coefficient of steel; High temperature and pressure resistance; Easy to cut, assemble and disassemble; Low coefficient of friction minimizes the adjustment force in valves; For valve applications rings should be approx. 25 - 30 % compressed at installation; A 99 can be used as bullrings for style A 44 I, P60 and ARF; Die formed rings are recommended; Contains effective passive corrosion inhibitor

Universal plant wide use in static applications; Extrusion stability through ultrafine 10 myh Inconel mesh reinforcement on each strand; Non hardening, good reset capability, coefficient of thermal expansion corresponds to the coefficient of steel; High temperature and pressure resistance; Easy to cut, assemble and disassemble; Low coefficient of friction minimizes the adjustment force in valves; For valve applications rings should be approx. 25 - 30 % compressed at installation; A 99 can be used as bullrings for style A 44 I, P60 and ARF; Die formed rings are recommended; Contains effective passive corrosion inhibitor

Low coefficient of friction; Good adaption to any kind of surface; Non ageing or hardening; Can be installed as a spiral and allows simple assembly and disassembly in one piece

Low coefficient of friction; Good adaption to any kind of surface; Non ageing or hardening; Can be installed as a spiral and allows simple assembly and disassembly in one piece

Can be universally applied; High quality pure graphite - heat expansion coefficient similar to that of steel; End connection with a skive cut, fix ends using a double sided adhesive tape between skive cutted ends; Extrusionstability through Inconel reinforcement

Chemical resistance

For clean products and static sealing application

Chemical resistance

For clean products and static sealing application

Ring set made of pure PTFE packing fulfills with a tested leakage of 6.3 x 10-6 mbar · l/(s·m) the leakage criteria according to VDI 2440 +200 °C with a maximum allowable leakagerate of 1 x 10-4 mbar l/(sm) and is suitable for temperatures up to +200 °C.

Ring set made of pure PTFE packing fulfills with a tested leakage of 6.3 x 10-6 mbar · l/(s·m) the leakage criteria according to VDI 2440 +200 °C with a maximum allowable leakagerate of 1 x 10-4 mbar l/(sm) and is suitable for temperatures up to +200 °C.

Ring set made of pure PTFE packing and PTFE compound bull rings fulfills with a tested leakage rate of 4.2 x 10-5 mbar · l/(s·m) the leakage criteria according to VDI 2440 +200 °C with a maximum allowable leakagerate of 1 x 10-4 mbar l/(sm) and is suitable for temperatures up to +200 °C.

Ring set made of pure PTFE packing and PTFE compound bull rings fulfills with a tested leakage rate of 4.2 x 10-5 mbar · l/(s·m) the leakage criteria according to VDI 2440 +200 °C with a maximum allowable leakagerate of 1 x 10-4 mbar l/(sm) and is suitable for temperatures up to +200 °C.

Ring Set made from special high temperature resistant yarn and pore filling cross section impregnation fulfills with a tested leakage rate of 8.4 x 10-3 mbar · l/(s·m) the leakage criteria of VDI 2440 +400 °C with a maximum allowable leckagerate of 1 x 10-2 mbar l/(sm) and is suitable for temperatures up to +300 °C.

Ring Set made from special high temperature resistant yarn and pore filling cross section impregnation fulfills with a tested leakage rate of 8.4 x 10-3 mbar · l/(s·m) the leakage criteria of VDI 2440 +400 °C with a maximum allowable leckagerate of 1 x 10-2 mbar l/(sm) and is suitable for temperatures up to +300 °C.

Packingset made by combining two expanded Graphite grades and designs in order to avoid blow out and extrusion and as well enhance the sealability of this valve sealing set.

The leakage parameters of 8.6 x 10-3 mbar · l/(s·m) complies with the VDI 2440/TA Luft  @ +400 °C, which specifies a maximum allowed leakage of 1.0 x 10-2 mbar · l/(s·m) (test media helium).

Packingset made by combining two expanded Graphite grades and designs in order to avoid blow out and extrusion and as well enhance the sealability of this valve sealing set.

The leakage parameters of 8.6 x 10-3 mbar · l/(s·m) complies with the VDI 2440/TA Luft  @ +400 °C, which specifies a maximum allowed leakage of 1.0 x 10-2 mbar · l/(s·m) (test media helium).

Packingset made by combining two expanded Graphite grades and designs. Both are reinforced with a inconel matrix in order to avoid blow out and extrusion. The combination enhances the sealability. The set was tested and approved by Yarmouth Research, Maine in USA.

Packingset made by combining two expanded Graphite grades and designs. Both are reinforced with a inconel matrix in order to avoid blow out and extrusion. The combination enhances the sealability. The set was tested and approved by Yarmouth Research, Maine in USA.

Extrusion and blow out stability through ultrafine Inconel metal mesh reinforcement on each braided strand; Non-hardening, excellent long term sealability; Minimal Volume loss at temperature

Coefficient of thermal expansion close to steel; Easy to install and easy to remove; Average Emission of only 5 PPMv Methan according to API 622 3rd edition test

Extrusion and blow out stability through ultrafine Inconel metal mesh reinforcement on each braided strand; Non-hardening, excellent long term sealability; Minimal Volume loss at temperature

Coefficient of thermal expansion close to steel; Easy to install and easy to remove; Average Emission of only 5 PPMv Methan according to API 622 3rd edition test

WDR-rings are ready-to-fit sealing elements for shafts and axles; The wide sealing surface offers extra protection against early wear on the shaft and as well on the seal; WDR rings are located in the housing with interference fit. The sealing effect is facilitated through the pre-loaded encapsulated packing. Different packing styles can be utilized depending on application.

Universal suitable, rectangular preformed Sealing tape of expanded pure graphite with Inconel reinforcement; Recommended gap width 0.5 mm, maximum gap width 1.0 mm; Excellent adaptability on different housing forms and ovality; Excellent transformation of axial compression into radial sealing force

Universal suitable, rectangular preformed Sealing tape of expanded pure graphite with Inconel reinforcement; Recommended gap width 0.5 mm, maximum gap width 1.0 mm; Excellent adaptability on different housing forms and ovality; Excellent transformation of axial compression into radial sealing force

Non-aging; Gentle on Sleeves and shafts; Universally applicable for chemical use; Prevents extrusion; Prevents damage from abrasive product components; Increases sealability by improved compression distribution

Non-aging; Gentle on Sleeves and shafts; Universally applicable for chemical use; Prevents extrusion; Prevents damage from abrasive product components; Increases sealability by improved compression distribution

Non-aging; Stem-friendly; Universally applicable for chemical use; Prevents extrusion; Prevents blowout; Moisture-resistant

This Hybrid Control Valve packing design combines the low friction characteristics of PTFE, integrated with the low thermal expansion and flexibility of expanded Graphite. The 5-Ring Sets create the optimum sealing configuration for long term reliability even in temperature cycling situations.

The packing rings contain an ultra thin inconel wire matrix to eliminate extrusion. All the rings utilize an inorganic passive corrosion inhibitor to protect against valve stem pitting. All rings are die-formed for exact fit and increased sealability.

This Hybrid Control Valve packing design combines the low friction characteristics of PTFE, integrated with the low thermal expansion and flexibility of expanded Graphite. The 5-Ring Sets create the optimum sealing configuration for long term reliability even in temperature cycling situations.

The packing rings contain an ultra thin inconel wire matrix to eliminate extrusion. All the rings utilize an inorganic passive corrosion inhibitor to protect against valve stem pitting. All rings are die-formed for exact fit and increased sealability.

This Hybrid Control Valve packing design combines the safety against extrusion provided by the Inconel matrix reinforced eGraphite Yarns and the pliability of Carbon Fiber reinforced eGraphite Yarns, integrated with the low thermal expansion and flexibility of expanded Graphite. The 5-Ring Sets create the optimum sealing configuration for long term reliability even in temperature cycling situations.

The external packing rings contain an ultra thin inconel wire matrix to eliminate extrusion. All the rings utilize an inorganic passive corrosion inhibitor to protect against valve stem pitting. All rings are die-formed for exact fit and increased sealability.

This Hybrid Control Valve packing design combines the safety against extrusion provided by the Inconel matrix reinforced eGraphite Yarns and the pliability of Carbon Fiber reinforced eGraphite Yarns, integrated with the low thermal expansion and flexibility of expanded Graphite. The 5-Ring Sets create the optimum sealing configuration for long term reliability even in temperature cycling situations.

The external packing rings contain an ultra thin inconel wire matrix to eliminate extrusion. All the rings utilize an inorganic passive corrosion inhibitor to protect against valve stem pitting. All rings are die-formed for exact fit and increased sealability.

Non-aging; Stem-friendly; Universally applicable for chemical use; Prevents extrusion; Prevents blowout; Moisture-resistant

Extrusion and blow out stability through ultrafine Inconel metal mesh reinforcement on each individual yarn; Non-hardening, excellent long term sealability; Heat resistant endrings ensure minimal Volume loss at temperature; Coefficient of thermal expansion close to steel; Easy to install and easy to remove;

Extrusion and blow out stability through ultrafine Inconel metal mesh reinforcement on each individual yarn; Non-hardening, excellent long term sealability; Heat resistant endrings ensure minimal Volume loss at temperature; Coefficient of thermal expansion close to steel; Easy to install and easy to remove;

Extremely wide range of applications for all kind of industries. Easy and safe installation and handling; No ageing process; Easy to disassemble; Protection of shaft against wear (HRC 25); Superb heat conductivity; Not recommended for abrasive media

Extremely wide range of applications for all kind of industries. Easy and safe installation and handling; No ageing process; Easy to disassemble; Protection of shaft against wear (HRC 25); Superb heat conductivity; Not recommended for abrasive media

Good heat conductivity; extended lifetime; Easy installation and safe handling; No ageing process; Resistant against Sewage, Boiler Feed Water, Acids, Alkaline solutions, Oil and Grease, Recommended shaft surface hardness: HRC 25

Good heat conductivity; extended lifetime; Easy installation and safe handling; No ageing process; Resistant against Sewage, Boiler Feed Water, Acids, Alkaline solutions, Oil and Grease, Recommended shaft surface hardness: HRC 25

Good heat conductivity; extended lifetime; Easy installation and safe handling; No ageing process; Resistant against Sewage, Boiler Feed Water, Acids, Alkaline solutions, Oil and Grease, Cost effective ePTFE/Graphite Packing, Recommended shaft surface hardness: HRC 35

Good heat conductivity; extended lifetime; Easy installation and safe handling; No ageing process; Resistant against Sewage, Boiler Feed Water, Acids, Alkaline solutions, Oil and Grease, Cost effective ePTFE/Graphite Packing, Recommended shaft surface hardness: HRC 35

Excellent in highly abrasive products; Wear resistent universal packing; Minimized monitoring, short run-in period; Shafts or shaft sleeves in HRC 60 recommended

Excellent in highly abrasive products; Wear resistent universal packing; Minimized monitoring, short run-in period; Shafts or shaft sleeves in HRC 60 recommended

Excellent in highly abrasive products; Wear resistent universal packing; Minimized monitoring, short run-in period; Shafts or shaft sleeves in HRC 60 recommended

Excellent in highly abrasive products; Wear resistent universal packing; Minimized monitoring, short run-in period; Shafts or shaft sleeves in HRC 60 recommended

Wear resistant, universal packing for applications with abrasive conten; High cross section density and structural stability, yet elastic and pliable; Low friction, low shaft wear (HRC 45 shaft shaft surface hardness is sufficient); Clean packing, no contamination of media; Increased resilience

Wear resistant, universal packing for applications with abrasive conten; High cross section density and structural stability, yet elastic and pliable; Low friction, low shaft wear (HRC 45 shaft shaft surface hardness is sufficient); Clean packing, no contamination of media; Increased resilience

Volume stable, pressure stable; High cross section density through PTFE blocking agent, protects against penetration of crystallizing media; Good protection against wear, with abrasive and hardening media; Recommended shaft surface hardness: HRC 50

Volume stable, pressure stable; High cross section density through PTFE blocking agent, protects against penetration of crystallizing media; Good protection against wear, with abrasive and hardening media; Recommended shaft surface hardness: HRC 50

Volume stable, pressure stable; High cross section density through PTFE blocking agent, protects against penetration of crystallizing media; Good protection against wear, with abrasive and hardening media

Volume stable, pressure stable; High cross section density through PTFE blocking agent, protects against penetration of crystallizing media; Good protection against wear, with abrasive and hardening media

Only available for non-EU countries.

Universal packing for the lower temperature range; Excellent value for money; Shaft protecting, resistant to rotting; Recommended shaft surface hardness: HRC 45; Excellent in products containing solids

Only available for non-EU countries.

Universal packing for the lower temperature range; Excellent value for money; Shaft protecting, resistant to rotting; Recommended shaft surface hardness: HRC 45; Excellent in products containing solids

Universal packing for the lower temperature range; Excellent value for money; Shaft protecting, resistant to rotting; Recommended shaft surface hardness: HRC 45; Excellent in products containing solids

Universal packing for the lower temperature range; Excellent value for money; Shaft protecting, resistant to rotting; Recommended shaft surface hardness: HRC 45; Excellent in products containing solids

High fatigue strength and flexibility; Good acid resistance (e. g. hydrofluoric acid 15 % / 50 °C); High cross section density through PTFE blocking agent, good for crystallizing media; Recommended shaft surface hardness: HRC 35; Good pliability, therefore perfect adaption of uneven shaft surfaces

High fatigue strength and flexibility; Good acid resistance (e. g. hydrofluoric acid 15 % / 50 °C); High cross section density through PTFE blocking agent, good for crystallizing media; Recommended shaft surface hardness: HRC 35; Good pliability, therefore perfect adaption of uneven shaft surfaces

High fatigue strength and flexibility; Good acid resistance; High cross section density through PTFE blocking agent, good for crystallizing media; Recommended shaft surface hardness: HRC 35; Good pliability, therefore perfect adaption of uneven shaft surfaces

High fatigue strength and flexibility; Good acid resistance; High cross section density through PTFE blocking agent, good for crystallizing media; Recommended shaft surface hardness: HRC 35; Good pliability, therefore perfect adaption of uneven shaft surfaces

Special lubricating graphite minimizes friction and guarantees greater heat conductivity, Shafts or shaft sleeves in HRC 25 recommended; Universal PTFE/Graphite packing with good value for money

Special lubricating graphite minimizes friction and guarantees greater heat conductivity, Shafts or shaft sleeves in HRC 25 recommended; Universal PTFE/Graphite packing with good value for money

Even and reduced shaft surface wear; Excellent heat conductivity; Recommended shaft surface hardness: HRC 45; Safe and universal packing with abrasive media

Even and reduced shaft surface wear; Excellent heat conductivity; Recommended shaft surface hardness: HRC 45; Safe and universal packing with abrasive media

Only available for non-EU countries.

Elastic and pliable; Recommended shaft surface hardness: HRC 50; Resistance against rotting; Structural stability; Cost effective

Only available for non-EU countries.

Elastic and pliable; Recommended shaft surface hardness: HRC 50; Resistance against rotting; Structural stability; Cost effective

Combination braid with extended pH-range of 0 - 12;

Improved heat conductivity and increased mechanical strength due to special material combination;

Reduced wear of the shaft surface. Recommended surface hardness HRC 35

Combination braid with extended pH-range of 0 - 12;

Improved heat conductivity and increased mechanical strength due to special material combination;

Reduced wear of the shaft surface. Recommended surface hardness HRC 35

Strong against abrasive mediums, yet low friction on shaft surface; Recommended shaft/sleeve hardness HRC 45; Volume stabile, minimal shrinkage, good heat conductivity; Suitable as bullrings

Strong against abrasive mediums, yet low friction on shaft surface; Recommended shaft/sleeve hardness HRC 45; Volume stabile, minimal shrinkage, good heat conductivity; Suitable as bullrings

Only available for non-EU countries.

Good flexibility; Rot proof; Form stable packing and good value for the money; Recommended surface hardness HRC50

Only available for non-EU countries.

Good flexibility; Rot proof; Form stable packing and good value for the money; Recommended surface hardness HRC50

Only available for non-EU countries.

Volume stable, pressure stable; High Cross section density due to special impregnation; Excellent Value for money; Graphitized all-round packing with excellent Emergency run Capabilities; Good wear resistance against abrasive and crystallizing products; Recommended shaft surface hardness: HRC 45

Only available for non-EU countries.

Volume stable, pressure stable; High Cross section density due to special impregnation; Excellent Value for money; Graphitized all-round packing with excellent Emergency run Capabilities; Good wear resistance against abrasive and crystallizing products; Recommended shaft surface hardness: HRC 45

Volume stable, pressure stable; High Cross section density due to special impregnation; Excellent Value for money; Graphitized all-round packing with excellent Emergency run Capabilities; Good wear resistance against abrasive and crystallizing products; Recommended shaft surface hardness: HRC 45

Volume stable, pressure stable; High Cross section density due to special impregnation; Excellent Value for money; Graphitized all-round packing with excellent Emergency run Capabilities; Good wear resistance against abrasive and crystallizing products; Recommended shaft surface hardness: HRC 45

High standardisation potential; Wear resistant through running track reinforcement, nevertheless shaft protecting; Recommended shaft surface hardness: HRC 45; Excellent heat conductivity, suitable for dry running applications; Non-hardening, good reset capability, coefficient of thermal expansion like steel; Self lubricating excellent use in pumps, minimising the need of Flushwater

High standardisation potential; Wear resistant through running track reinforcement, nevertheless shaft protecting; Recommended shaft surface hardness: HRC 45; Excellent heat conductivity, suitable for dry running applications; Non-hardening, good reset capability, coefficient of thermal expansion like steel; Self lubricating excellent use in pumps, minimising the need of Flushwater

Universal packing for the lower temperature range; Excellent value for money; Shaft protecting, Recommended shaft surface hardness: HRC 45; Excellent in products containing solids

Universal packing for the lower temperature range; Excellent value for money; Shaft protecting, Recommended shaft surface hardness: HRC 45; Excellent in products containing solids

High cross section density and structural stability, yet elastic and adaptive for bigger radial shaft run out; Suitable for vacuum; Mechanical stability for products with abrasive content; Improved recovery

High cross section density and structural stability, yet elastic and adaptive for bigger radial shaft run out; Suitable for vacuum; Mechanical stability for products with abrasive content; Improved recovery

Wear and extrusion stability through Carbon fiber reinforcement; Non hardening, good reset capability, coefficient of thermal expansion similar to steel; High temperature resistant and excellent heat and electric conductivity; Self lubricating, excellent use in pumps, minimizing the need for flushwater; Easy to cut, assemble and disassemble; No shaft wear, excellent dry running characteristics

Wear and extrusion stability through Carbon fiber reinforcement; Non hardening, good reset capability, coefficient of thermal expansion similar to steel; High temperature resistant and excellent heat and electric conductivity; Self lubricating, excellent use in pumps, minimizing the need for flushwater; Easy to cut, assemble and disassemble; No shaft wear, excellent dry running characteristics

Universal packing for the lower temperature range; Excellent cost-value relation; Recommended shaft surface hardness: HRC 45; Smooth braiding for damaged shaft surfaces

Universal packing for the lower temperature range; Excellent cost-value relation; Recommended shaft surface hardness: HRC 45; Smooth braiding for damaged shaft surfaces

Universal packing for the lower temperature range; Excellent cost-value relation; Recommended shaft surface hardness: HRC 45; For products containing solids in the Paper Industry, general plant service, sewage plants; Highly pliable packing

Universal packing for the lower temperature range; Excellent cost-value relation; Recommended shaft surface hardness: HRC 45; For products containing solids in the Paper Industry, general plant service, sewage plants; Highly pliable packing

Wear-resistant universal packing; Good structural strength; Recommended shaft surface hardness: HRC 50; Smooth braiding for damaged shaft surfaces; Very good price-performance ratio

Wear-resistant universal packing; Good structural strength; Recommended shaft surface hardness: HRC 50; Smooth braiding for damaged shaft surfaces; Very good price-performance ratio

Pressure stable and pliable packing material; Temperatur resistant, minimal volume loss and consolidation; Thermal coefficient of expansion of the packing set is similar to the packing housing material of the sootblower; Wear resistant

Pressure stable and pliable packing material; Temperatur resistant, minimal volume loss and consolidation; Thermal coefficient of expansion of the packing set is similar to the packing housing material of the sootblower; Wear resistant

Minimal volume loss; Excellent pressure resistance; Universal chemical compatibility; Extrusion resistance; Expansion factor of the total set close to the rate of steel; Long service time

Minimal volume loss; Excellent pressure resistance; Universal chemical compatibility; Extrusion resistance; Expansion factor of the total set close to the rate of steel; Long service time

Minimal volume loss; Excellent pressure resistance; Universal chemical compatibility; Extrusion resistance; Expansion factor of the total set close to the rate of steel; Long service time

Minimal volume loss; Excellent pressure resistance; Universal chemical compatibility; Extrusion resistance; Expansion factor of the total set close to the rate of steel; Long service time

Extrusion resistant even with large clearances; Form stable, wear resistant, heat conductive and, can be used as a bull ring ; Shaft protecting (recommended surface hardness: HRC 25); In high pressure applications die formed rings are recommended;

Extrusion resistant even with large clearances; Form stable, wear resistant, heat conductive and, can be used as a bull ring ; Shaft protecting (recommended surface hardness: HRC 25); In high pressure applications die formed rings are recommended;

Highest chemical resistance for a packing in rotating equipment; Pliable, easily compressible packing; Self lubricating, dry running capability; Shaft protecting surface hardness of HRC 25 is sufficient; Non ageing

Highest chemical resistance for a packing in rotating equipment; Pliable, easily compressible packing; Self lubricating, dry running capability; Shaft protecting surface hardness of HRC 25 is sufficient; Non ageing

Highest chemical resistance for a packing in rotating equipment; Pliable, easily compressible packing; Self lubricating, dry running capability; Shaft protecting surface hardness of HRC 25 is sufficient; Non ageing

Highest chemical resistance for a packing in rotating equipment; Pliable, easily compressible packing; Self lubricating, dry running capability; Shaft protecting surface hardness of HRC 25 is sufficient; Non ageing

Chemical resistance

For clean products and slow rotating application

Chemical resistance

For clean products and slow rotating application

Elevated heat conductivity

High chemical resistance and for clean media

Elevated heat conductivity

High chemical resistance and for clean media

Very form stable, Recommended shaft surface hardness: HRC 50; Good heat conductivity therefore reduced wear; Extrusion resistant at bigger gaps, can also be used as bullring; Ability to withstand high pressure; Safe and universal packing for abrasive products; Die formed rings are recommended

Very form stable, Recommended shaft surface hardness: HRC 50; Good heat conductivity therefore reduced wear; Extrusion resistant at bigger gaps, can also be used as bullring; Ability to withstand high pressure; Safe and universal packing for abrasive products; Die formed rings are recommended

A high strength Nylon Core allows to attach a weight on the packing in order to prestretch and locate it on the washer drum; Good heat conductivity; Suitable for abrasive products

A high strength Nylon Core allows to attach a weight on the packing in order to prestretch and locate it on the washer drum; Good heat conductivity; Suitable for abrasive products

Elastic and wear resistant, low coefficient of friction; Excellent in applications with temperature changes due to graphite and steel having a similar coefficient of expansion; Recommended as bullring for expanded graphite packing like A 44; When used as pump packing shaft hardness HRC 45 is recommended

Elastic and wear resistant, low coefficient of friction; Excellent in applications with temperature changes due to graphite and steel having a similar coefficient of expansion; Recommended as bullring for expanded graphite packing like A 44; When used as pump packing shaft hardness HRC 45 is recommended

Universal packing for abrasive media which need a reinforced, wear resistant and form stable packing; Shaft protecting through good coefficient of fiction; No contamination of media

Universal packing for abrasive media which need a reinforced, wear resistant and form stable packing; Shaft protecting through good coefficient of fiction; No contamination of media

Very form stable and wear resistant, good heat conductivity; Recommended surface hardness HRC 60, suggested use on ceramic plungers; Highest pressure resistance, practically no gap extrusion, can be used as bullring; Safe and universal packing for abrasive media; Precompressed rings are recommended for applications in plunger pumps

Very form stable and wear resistant, good heat conductivity; Recommended surface hardness HRC 60, suggested use on ceramic plungers; Highest pressure resistance, practically no gap extrusion, can be used as bullring; Safe and universal packing for abrasive media; Precompressed rings are recommended for applications in plunger pumps

Good pliability, prevents wear of shafts through embedding of abrasive materials; The use of bullrings is required

Good pliability, prevents wear of shafts through embedding of abrasive materials; The use of bullrings is required

Can be universally applied; High quality pure graphite - heat expansion coefficient similar to that of steel; End connection with a skive cut, fix ends using a double sided adhesive tape between skive cutted ends; Extrusionstability through Inconel reinforcement

Excellent heat conductivity; Maximum protection of shaft against wear (HRC 25 is sufficient); Extended MTBF; Easy and safe installation and handling; No ageing process

Excellent heat conductivity; Maximum protection of shaft against wear (HRC 25 is sufficient); Extended MTBF; Easy and safe installation and handling; No ageing process

Wear resistant, universal packing for applications with abrasive conten; High cross section density and structural stability, yet elastic and pliable; Low friction, low shaft wear (HRC 45 shaft shaft surface hardness is sufficient); Clean packing, no contamination of media

Wear resistant, universal packing for applications with abrasive conten; High cross section density and structural stability, yet elastic and pliable; Low friction, low shaft wear (HRC 45 shaft shaft surface hardness is sufficient); Clean packing, no contamination of media

Volume stable, pressure stable; High cross section density through PTFE blocking agent, which protects against penetration of crystallizing mediums Excellent value for the money; Good resistance to wear with abrasive and hardening mediums; Recommended shaft surface hardness: HRC 50

Volume stable, pressure stable; High cross section density through PTFE blocking agent, which protects against penetration of crystallizing mediums Excellent value for the money; Good resistance to wear with abrasive and hardening mediums; Recommended shaft surface hardness: HRC 50

Reinforced packing with reduced wear through improvedheat conductivity; Recommended shaft surface hardness: HRC 50; Safe universal packing for abrasive media; Extrusion resistant, ideal for worn equipment with bigger gap width; Development: Better sealability of stuffing box

Reinforced packing with reduced wear through improvedheat conductivity; Recommended shaft surface hardness: HRC 50; Safe universal packing for abrasive media; Extrusion resistant, ideal for worn equipment with bigger gap width; Development: Better sealability of stuffing box

High cross section density and structural stability, elastic and pliable; Special Impregnation prevents hardening of packing; Improved friction properties minimizing shaft or sleeve wear; Shaft hardness HRC 25 is sufficient; Resistant against solvents, acids and crystallizing media

High cross section density and structural stability, elastic and pliable; Special Impregnation prevents hardening of packing; Improved friction properties minimizing shaft or sleeve wear; Shaft hardness HRC 25 is sufficient; Resistant against solvents, acids and crystallizing media

Preferred packing for sealing abrasive mediums in pumps, mixers, agitators and other rotating equipment; Excellent when used in crystalizing products; Low Coefficient of friction and ultimate heat conductivity; High plant standardization possibilities. Recommended Shaft Surface Hardness HRC35

Preferred packing for sealing abrasive mediums in pumps, mixers, agitators and other rotating equipment; Excellent when used in crystalizing products; Low Coefficient of friction and ultimate heat conductivity; High plant standardization possibilities. Recommended Shaft Surface Hardness HRC35

Excellent Standardisation features; Cross section impregnation avoids the penetration of crystallizing mediums; Wear resistant against abrasive products and with minimal coefficient of friction; Self lubricating fiber with high Carbon content, reduced shaft wear and excellent heat transfer characteristics; Thermally balanced construction, the coefficient of expansion is similar to steel, the packing is volume stabile and does not shrink. Therefore minimal re-adjustment needed after installation; excellent chemical resistance; Recommended shaft surface hardness: HRC 45

Excellent Standardisation features; Cross section impregnation avoids the penetration of crystallizing mediums; Wear resistant against abrasive products and with minimal coefficient of friction; Self lubricating fiber with high Carbon content, reduced shaft wear and excellent heat transfer characteristics; Thermally balanced construction, the coefficient of expansion is similar to steel, the packing is volume stabile and does not shrink. Therefore minimal re-adjustment needed after installation; excellent chemical resistance; Recommended shaft surface hardness: HRC 45

Excellent Standardisation possibilities, High Cross Sectional density, yet still elastic and flexible. Suitable for use with hardening and crystallizing products. Displays reduced wear characteristics through special running track reinforcement. Unique formulation impregnation improves flexibility, ensures packing will not harden and provides excellent chemical resistance. Shaft surface hardness of HRC 35 recommended.

Excellent Standardisation possibilities, High Cross Sectional density, yet still elastic and flexible. Suitable for use with hardening and crystallizing products. Displays reduced wear characteristics through special running track reinforcement. Unique formulation impregnation improves flexibility, ensures packing will not harden and provides excellent chemical resistance. Shaft surface hardness of HRC 35 recommended.

Universal plant wide use in static and rotating applications; Wear and extrusion stability through carbon fiber corner reinforcement; Non hardening, good reset capability, coefficient of thermal expansion corresponds to the coefficient of steel; High temperature resistance and excellent heat and electric conductivity; Self lubricating, excellent use in pumps, minimizing the need of flushwater; Easy to cut, assemble and disassemble; Low coefficient of friction minimizes the adjustment force in valves; No shaft wear, excellent dry running characteristics; Rings should be compressed in valve applications at assembly approx. 15 - 20 % in height; Die formed rings are recommended

Universal plant wide use in static and rotating applications; Wear and extrusion stability through carbon fiber corner reinforcement; Non hardening, good reset capability, coefficient of thermal expansion corresponds to the coefficient of steel; High temperature resistance and excellent heat and electric conductivity; Self lubricating, excellent use in pumps, minimizing the need of flushwater; Easy to cut, assemble and disassemble; Low coefficient of friction minimizes the adjustment force in valves; No shaft wear, excellent dry running characteristics; Rings should be compressed in valve applications at assembly approx. 15 - 20 % in height; Die formed rings are recommended

Clean packing with ultimate heat conductivity for abrasive products in pumps and other rotating equipment; Recommended shaft surface hardness: HRC 35; Porosity filling coating increases density and protects the packing in crystallizing mediums; W-Profile Reinforcement reduces shaft wear

Clean packing with ultimate heat conductivity for abrasive products in pumps and other rotating equipment; Recommended shaft surface hardness: HRC 35; Porosity filling coating increases density and protects the packing in crystallizing mediums; W-Profile Reinforcement reduces shaft wear

Wear resistant through Running Track Reinforcement; Very high heat conductivity through employment of a special heat conductive Compound;

Clean packing, no contamination of medium; Increases the operative lifetime due to high mechanical strength and excellent heat conductivity; Provides maximum protection of shaft against wear (surface hardness HRC 25 is sufficient).

Wear resistant through Running Track Reinforcement; Very high heat conductivity through employment of a special heat conductive Compound;

Clean packing, no contamination of medium; Increases the operative lifetime due to high mechanical strength and excellent heat conductivity; Provides maximum protection of shaft against wear (surface hardness HRC 25 is sufficient).

Elevated heat conductivity for higher shaft speeds

High chemical resistance and for clean media

Elevated heat conductivity for higher shaft speeds

High chemical resistance and for clean media

The elasticity of this gasket tape allows low uneveness of the flange surface; The sealant can be reused after opening of flange; Sealing of the cutted ends by inserted point lock

The elasticity of this gasket tape allows low uneveness of the flange surface; The sealant can be reused after opening of flange; Sealing of the cutted ends by inserted point lock

Simple installation; Use without barrier fluid; Maintenance free; Shaft protecting; No adjusting of gland; Re-pressurize in operation

Simple installation; Use without barrier fluid; Maintenance free; Shaft protecting; No adjusting of gland; Re-pressurize in operation

Simple installation; Use without barrier fluid; Maintenance free; Shaft protecting; No adjusting of gland; Re-pressurize in operation

Simple installation; Use without barrier fluid; Maintenance free; Shaft protecting; No adjusting of gland; Re-pressurize in operation

Our experience proves, that perfectly precompressed ring sets with the right cutting angle and in a combination of selected packing styles have in summary an improved sealing characteristic compared to the individual qualities used solely by themselves.

Our experience proves, that perfectly precompressed ring sets with the right cutting angle and in a combination of selected packing styles have in summary an improved sealing characteristic compared to the individual qualities used solely by themselves.