INDUSTRIAL GASKETS & SEALING SOLUTIONS

INDUSTRIAL GASKETS & SEALING SOLUTIONS

KLINGER

KLINGER

KLINGER

KLINGER top-chem 2000

KLINGER top-chem 2000

KLINGER top-chem 2000

KLINGER top-chem 2000 is a silicon carbide (SiC) filled PTFE gasket material. It is engineered for demanding applications combining high mechanical stress and elevated temperatures.

Our Quebec facility manufactures custom-cut flat gaskets to your exact specifications. VAMECA can also evaluate the supply of this part number or engineer a suitable replacement.

AT A GLANCE

Filled / Restructured PTFE

Product Family

PTFE

Material Composition

Silicon Carbide (SiC)-Filled PTFE

TECHNICAL SPECIFICATIONS

TECHNICAL SPECIFICATIONS

Material Specifications

Material Specifications

Maximum temperature and pressure limits cannot be applied simultaneously.

TEMPERATURE

-200 to +250 °C

PRESSURE

200 bar

THICKNESSES

1.0, 1.5, 2.0, 3.0 mm

Applications and Key Features

Documented applications: chemical and petrochemical processing, chemical marine transport, acidic or alkaline environments, steam, and oxygen service depending on operating conditions. The SiC filler delivers superior mechanical stability and enhanced creep resistance.

Published Testing and Approvals

Standards, Testing, and Certification References

Manufacturer testing for oxygen service, fugitive emissions, and fire resistance (refer to KLINGER technical data sheets).

PART NUMBER ANALYSIS

To properly select or replace this material

To properly select or replace this material

To properly select or replace this material

The Role of Silicon Carbide

top-chem 2000 utilizes a silicon carbide filler within a modified PTFE matrix. This formulation difference can directly impact load-bearing performance and stress relaxation at elevated temperatures. Key engineering data include pressure/temperature curves, deformation under load, and mechanical test results. The PTFE designation alone does not guarantee that an alternative grade will compress or seal identically.

Comparing Filled PTFE and Expanded PTFE

Garlock GYLON 3500 is silica-filled, whereas other products utilize different filler systems. Expanded PTFEs feature an entirely different structural matrix. An engineered alternative must not only be compatible with the process fluid, concentration, temperature, and flange face condition, but must also achieve proper gasket seating stress using the existing bolting. Relevant certifications and approvals must be verified for the specific grade and thickness supplied.

Required Documentation to Request

For reliable selection, gather the top-chem 2000 technical data sheet, the applicable P/T curve, flange rating, sealing surface finish, operating temperature, and thermal cycling parameters. Then, cross-reference the candidate material's stress relaxation, compressibility, and leakage rate data. Never assume interchangeability based solely on maximum catalog ratings.

Construction and Properties

Silicon carbide (SiC) is the signature filler in KLINGER top-chem 2000. It enhances the PTFE matrix's stability under bolt load and improves creep resistance, particularly as operating temperatures increase.

Applications and Replacement

top-chem 2000 soft provides a higher compressibility profile, whereas grades 2003, 2005, and 2006 incorporate different filler systems. When selecting a replacement, document the process chemicals, concentrations, thermal cycles, and achievable bolt loads on the flange assembly.

To compare material constructions: KLINGER top-chem 2000 soft and KLINGER top-chem 2005. The composition of fillers and reinforcements fundamentally alters gasket performance. Membership in the same PTFE family does not establish functional equivalence.

The Role of Silicon Carbide

top-chem 2000 utilizes a silicon carbide filler within a modified PTFE matrix. This formulation difference can directly impact load-bearing performance and stress relaxation at elevated temperatures. Key engineering data include pressure/temperature curves, deformation under load, and mechanical test results. The PTFE designation alone does not guarantee that an alternative grade will compress or seal identically.

Comparing Filled PTFE and Expanded PTFE

Garlock GYLON 3500 is silica-filled, whereas other products utilize different filler systems. Expanded PTFEs feature an entirely different structural matrix. An engineered alternative must not only be compatible with the process fluid, concentration, temperature, and flange face condition, but must also achieve proper gasket seating stress using the existing bolting. Relevant certifications and approvals must be verified for the specific grade and thickness supplied.

Required Documentation to Request

For reliable selection, gather the top-chem 2000 technical data sheet, the applicable P/T curve, flange rating, sealing surface finish, operating temperature, and thermal cycling parameters. Then, cross-reference the candidate material's stress relaxation, compressibility, and leakage rate data. Never assume interchangeability based solely on maximum catalog ratings.

Construction and Properties

Silicon carbide (SiC) is the signature filler in KLINGER top-chem 2000. It enhances the PTFE matrix's stability under bolt load and improves creep resistance, particularly as operating temperatures increase.

Applications and Replacement

top-chem 2000 soft provides a higher compressibility profile, whereas grades 2003, 2005, and 2006 incorporate different filler systems. When selecting a replacement, document the process chemicals, concentrations, thermal cycles, and achievable bolt loads on the flange assembly.

To compare material constructions: KLINGER top-chem 2000 soft and KLINGER top-chem 2005. The composition of fillers and reinforcements fundamentally alters gasket performance. Membership in the same PTFE family does not establish functional equivalence.

REPLACEMENT TO BE EVALUATED

REPLACEMENT TO BE EVALUATED

Compare designs and alternatives

Compare designs and alternatives

KEY COMPARISON CRITERIA

Silicon carbide is integral to the technical specification of top-chem 2000. Another material merely designated as PTFE may feature a different filler and mechanical behaviour. Always verify the complete formulation before selecting an alternative.

Need this gasket, custom cutting, or a replacement?

Part Number: KLINGER top-chem 2000

Please provide the part number, thickness, dimensions, quantity, and process fluid. We will review material availability for the specified grade, custom cutting at our Quebec facility, or an engineered alternative tailored to your assembly.

View official documentation

View official documentation

The manufacturer's latest datasheets, certifications, and P/T curves must be reviewed prior to ordering or substitution.

RELATED PART NUMBERS

RELATED PART NUMBERS

Compare Related Designs

Compare Related Designs

The silicon carbide filler in 2000 sets it apart from the silica used in other PTFE materials. The soft variant delivers enhanced compressibility. Associated reference constructions: top-chem 2000 soft (porous PTFE filled with silicon carbide), top-chem 2005 (silica-filled PTFE), and GYLON 3500 (silica-filled PTFE).

REFERENCE SHEET

KLINGER

Silicon carbide-filled porous PTFE

REFERENCE SHEET

KLINGER

Silica-filled PTFE

REFERENCE SHEET

Garlock

Silica-filled PTFE

VAMECA · Industrial Valves and Sealing Solutions · Quebec / Canada