KLINGERtop-sil-ML1

  • Revolutionary combination of synthetic fibers and different elastomers bound in a Multi-Layer structure
  • Extended service life and less leakage at high temperatures
  • High residual flexibility
  • Delayed ageing
  • Less creep
  • High permissible load

This patented material concept and production process produce a sealing material that stays flexible and pliable longer, has an extremely high load-bearing capacity, and seals better with an extended service life and less leakage in high temperature applications.

Elastic properties

 

Tightness behavior in saturated steam

 

The high content HNBR layers that contact the flanges are extremely conformable to flange irregularities and micro pores. This prevents interfacial leakage or leakage at the gasket-flange interface. Yet the denser thicker inner core helps prevent interstitial leakage or leakage through the gasket body.

Typical values refer to 2 mm thick material unless otherwise specified

See graphs for temperature & pressure limits

Compressibility ASTM F36J

9%

Recovery ASTM F36J

>50% minimum

Stress Relaxation DIN 52913

50 MPa, 16 h/175°C

50 MPa, 16 h/300°C

34 MPa

28 MPa

KLINGER Cold/Hot Compression 50 MPa

Thickness Decrease 73°F (23°C)

Thickness Decrease 572°F (300°C)

8%

15%

TightnessDIN 3535/6

<0.1 mg/s x m

Thickness Increase After Fluid Immersion ASTM F146

ASTM Oil IRM 903: 5 h/300°F (150°C)

ASTM Fuel B: 5 h/73°F (23°C)

 

 

4%

8%

Density

106.1lb/ft³ (1.7 g/cm³)

Tests and Approvals

BAM
DIN-DVGW
TA-Luft
Fire Safe according to DIN EN ISO 10498

Pressure & Temperature Graphs:
Material Thickness: 1/16"

The pressure/temperature graphs shown are the most current method of determining the suitability of a gasket material in a known environment. Use the pressure and temperature graphs to select the most suitable material for your application.

  • 1. In area one, the gasket material is suitable using common installation practices subject to chemical compatibility.
  • 2. In area two, appropriate measures are necessary for installation of the gasket to ensure maximum performance. Please call or refer to the KLINGER® expert software system for assistance.
  • 3. In area three, do not install gaskets in these applications without first referring to the KLINGER® expert software system or contacting Thermoseal Inc.'s technical support service

These graphs were developed from testing Klinger materials. Do not use them for competitors' materials since non-asbestos gasketing materials do not have service equivalents.

Use: The limitations of use, as shown in the graphs, are for guidance only, and are based on 1/16" thick material. The limitations of use decrease significantly as gasket thickness increases. Do not use a thicker gasket material or "double gaskets" to solve a gasket problem without first consulting the manufacturer. The ability of a gasket material to make and maintain a seal depends not only on the quality of the gasket material, but also on medium being sealed, the flange design, the amount of pressure applied to the gasket by the bolts and how the gasket is assembled into the flanges and tightened. Thermoseal engineers can advise on gasket selection and installation based on specified operating conditions. If you are in any doubt, fax us at 937.498.4911 or phone us at 937.498.2222.

For Additional Information Call Toll Free 1.800.990.7325 or email This email address is being protected from spambots. You need JavaScript enabled to view it.