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Thin seal / PTFE - 50 MPa, 200 °C | KLINGERtop-chem-2000
KLINGERtop-chem-2000
Ultimate chemical resistance and mechanical durability combined in one material.
The PTFE-gasket, which does not flow: merely 1,6% thickness loss at a surface pressure of 50 MPa and a temperature of 200°C!
Basis
PTFE with a special chemical resistant pressure and temperature-stable filler.
KLINGERtop-chem-2003
Maximum chemical resistance...
Ultimate chemical resistance and mechanical durability combined in one material.
The PTFE-gasket, which does not flow: merely 1,6% thickness loss at a surface pressure of 50 MPa and a temperature of 200°C!
Basis
PTFE with a special chemical resistant pressure and temperature-stable filler.
KLINGERtop-chem-2003
Maximum chemical resistance...
Thin seal / PTFE - 50 MPa, 200 °C | KLINGERtop-chem-2000
KLINGERtop-chem-2000
Ultimate chemical resistance and mechanical durability combined in one material.
The PTFE-gasket, which does not flow: merely 1,6% thickness loss at a surface pressure of 50 MPa and a temperature of 200°C!
Basis
PTFE with a special chemical resistant pressure and temperature-stable filler.
KLINGERtop-chem-2003
Maximum chemical resistance...
Ultimate chemical resistance and mechanical durability combined in one material.
The PTFE-gasket, which does not flow: merely 1,6% thickness loss at a surface pressure of 50 MPa and a temperature of 200°C!
Basis
PTFE with a special chemical resistant pressure and temperature-stable filler.
KLINGERtop-chem-2003
Maximum chemical resistance...
Thin seal / chemical-resistant - KLINGERtop-chem-2003
Maximum chemical resistance and tightness even with low surface pressure.
This product is characterised by...
This product is characterised by...
Thin seal / chemical-resistant - KLINGERtop-chem-2003
Maximum chemical resistance and tightness even with low surface pressure.
This product is characterised by outstanding surface adaption with low surface pressures and extremely high tightness (German Clean Air Act). Ideal for use with low surface pressures and weak flanges.
Base:
The well-balanced properties of this material are the result of PTFE with a special chemical resistant filler and a special production process for sheet manufacture.
This product is characterised by outstanding surface adaption with low surface pressures and extremely high tightness (German Clean Air Act). Ideal for use with low surface pressures and weak flanges.
Base:
The well-balanced properties of this material are the result of PTFE with a special chemical resistant filler and a special production process for sheet manufacture.
Thin seal / chemical-resistant - KLINGERtop-chem-2005
Good value introduction into the KLINGERtop-chem-class.
High resistance against strong...
High resistance against strong...
Thin seal / chemical-resistant - KLINGERtop-chem-2005
Good value introduction into the KLINGERtop-chem-class.
High resistance against strong acids and good properties at medium and low temperatures and surface pressure.
The cost-effective alternative to KLINGERtop-chem-2000, if requirements are a little lower.
Base:
Gasket sheet made of SiO2-filled PTFE - special production process.
High resistance against strong acids and good properties at medium and low temperatures and surface pressure.
The cost-effective alternative to KLINGERtop-chem-2000, if requirements are a little lower.
Base:
Gasket sheet made of SiO2-filled PTFE - special production process.
Thin seal / chemical-resistant - KLINGERtop-chem-2006
Good value introduction into KLINGERtop-chem-class.
High resistance against strong...
High resistance against strong...
Thin seal / chemical-resistant - KLINGERtop-chem-2006
Good value introduction into KLINGERtop-chem-class.
High resistance against strong alkaline solutions and good properties at medium and low temperatures and surface pressures.
The cost-effective alternative to KLINGERtop-chem-2000, if requirements are a little lower.
Base:
Gasket sheet made of filled PTFE - special production process.
High resistance against strong alkaline solutions and good properties at medium and low temperatures and surface pressures.
The cost-effective alternative to KLINGERtop-chem-2000, if requirements are a little lower.
Base:
Gasket sheet made of filled PTFE - special production process.
Thin seal / chemical-resistant - KLINGERSIL C-4409
Greater security by high thermal and mechanical stress
High-pressure gasket especially...
High-pressure gasket especially...
Thin seal / chemical-resistant - KLINGERSIL C-4409
Greater security by high thermal and mechanical stress
High-pressure gasket especially suitable for use at high stress with water and steam as well as liquid and gaseous chemicals.
Base:
Synthetic fibres bounded with NBR. High mechanical resistance by expanded metal. Chemical resistance against oil, hydrocarbons, water, steam and chemicals.
High-pressure gasket especially suitable for use at high stress with water and steam as well as liquid and gaseous chemicals.
Base:
Synthetic fibres bounded with NBR. High mechanical resistance by expanded metal. Chemical resistance against oil, hydrocarbons, water, steam and chemicals.
Thin seal / metal - max. 400 bar, -200 °C ... +550 °C
The metallic core is made with a concentrically...
Thin seal / metal - max. 400 bar, -200 °C ... +550 °C
The metallic core is made with a concentrically grooved profile on both sides and a machined centering ring.
Layers: graphite (0.5 mm or 0.8 mm) or PTFE (0.5 mm)
Layers: graphite (0.5 mm or 0.8 mm) or PTFE (0.5 mm)
Thin seal / metal - max. 400 bar, -200 °C ... +250 °C
The metallic root core features on both sides a concentrically grooved profile and has an integral outer centering ring, additionally provided with a pre-determined...
Thin seal / metal - max. 400 bar, -200 °C ... +250 °C
The metallic root core features on both sides a concentrically grooved profile and has an integral outer centering ring, additionally provided with a pre-determined breaking point notch.
The PTFE layers are held by mechanical means (clips) for which the body is provided with the relevant groove.
The dimensions - which deviate from the standard - are so adjusted that the inner width between the flange and the inside diameter of the gasket results in the smallest dead-space possible. The root core can be re-used and re-faced with PTFE-clip layers.
The gaskets can be installed in standard flanges with even facings using rigid bolts
The PTFE layers are held by mechanical means (clips) for which the body is provided with the relevant groove.
The dimensions - which deviate from the standard - are so adjusted that the inner width between the flange and the inside diameter of the gasket results in the smallest dead-space possible. The root core can be re-used and re-faced with PTFE-clip layers.
The gaskets can be installed in standard flanges with even facings using rigid bolts
Thin seal / metal - max. 400 bar, max. 550 °C
The metallic core is made with concentrically grooved...
Thin seal / metal - max. 400 bar, max. 550 °C
The metallic core is made with concentrically grooved profiling on both sides. A notch is turned on the outer circumference of the core in which a loose centering ring (2 spot-welded semi-sections) are inserted.
Thin seal / silicone / fuel cell - 10 mils
ElectroChem offers a wide variety of pre-cut and bulk gasket material. The low precision silicone gaskets are sufficient...
Thin seal / silicone / fuel cell - 10 mils
ElectroChem offers a wide variety of pre-cut and bulk gasket material. The low precision silicone gaskets are sufficient for typical PEM fuel cell research. The thickness tolerance is +/- 2 mils, so proper thickness selection is critical. The high precision silicone gasket is similar, but has a thickness tolerance of +/- 0.5 mils. The Teflon and fiberglass reinforced Teflon are used in high temperature applications such as phosphoric acid fuel cells.
Thin seal / silicone / fuel cell - 12 mils
ElectroChem offers a wide variety of pre-cut and bulk gasket material. The low precision silicone gaskets are sufficient...
Thin seal / silicone / fuel cell - 12 mils
ElectroChem offers a wide variety of pre-cut and bulk gasket material. The low precision silicone gaskets are sufficient for typical PEM fuel cell research. The thickness tolerance is +/- 2 mils, so proper thickness selection is critical. The high precision silicone gasket is similar, but has a thickness tolerance of +/- 0.5 mils. The Teflon and fiberglass reinforced Teflon are used in high temperature applications such as phosphoric acid fuel cells.