Leader Clipperlon 2130
Description
Homogeneous expanded PTFE sheet, which uses product geometry rather than fillers or binders to address concerns associated with traditional PTFE material.
Available also for Heat Exchanger applications.Downloads
Product Data SheetApplication
2130 is designed for oxidizing application, harsh chemical environments and areas where contamination is a problem. 2130 is completely chemically inert and is suitable for sealing all chemicals across the pH range with the exception of molten alkali metals and fluorine gas.
Advtantages
Clipperlon 2130 achieves very good stability and tightness with good blow-out resistance especially in demanding steel flange applications. The good resistance behavior of the material leads to increased operating safety, even in changing operating conditions.
Chemical Compatiblity
Patricularly suitable for use with hydrofluoric acid, but not pure hydrogen fluoride. Best for use with string alkalis, solvents, fuels, water, steam and chlorine. Other applications include solvents, fuels, water, oil, chlorine and caustics. A chemical resistance list is available upon request.
Delivery Options
Flange gaskets and sheets are available in thickness of 1/32",1/16", 1/8". Other thicknesses available on request. Standard gaskets can be supplied in accordance with ASME B16.21. Non-standard or special gaskets can be manufactured according to customer drawings, or by given sizes or Edrawing.
Temperature
Particularly suitable for use with hydrofluoric acid, but not pure hydrogen fluoride. Best for use with strong alkalis, solvents, fuels, water, steam and chlorine. Other applications include solvents, fuels, water, oil, chlorine and caustics. A chemical resistance list is available upon request.Pressure up to 1500 psi. Temperature from -450 ºF up to 500 ºF.
Approvals & Certificates
- TA-Luft
- EC1935 (10/2011)
- TA-Luft
- FDA 21 CFR 177.1550
Sealing Characteristics
- low leak rate
- good electrical insulation properties
- outstanding chemical resistance
- Non-ageing
- excellent sealability
max Temperature [°F] | 500 |
max Temperature [°C] | 270 |
max Pressure [psi] | 600 |
density [g/cm3] | 0.75 |
Leakage Specific Leak Rate [DIN 28090-2] [mg/(s*m)] | 0.01 |
Maximum initial stress [DIN E 2505 part 2] [N/mm2] | 160 |
M-Value | 2.5 |
Y- Value [psi] | 2900 |
min Seating stress [Qmin(L 0,01), mg/(s*m)] at RT 40 bar [N/mm2] | 27 |
ASTM F36 Recovery [% min] | >12 |
Gasket required flange roughness [Ra micron] | 3,2-6,3 |
Gasket required flange roughness [RMS] | 125-250 |
max Seating stress [Qsmax bei RT EN13555] [n/mm2] | 160 |
Advice Seating stress at assembly [psi] | 5000 |
ROTT [Gb] | 1259 |
ROTT [a] | 0.202 |
ROTT [Gs"] | 3.58 |
compressability, [ASTM F36], [%] | >55 |
ASTM F36 Recovery [% min] | >12 |
ASTM F37 Sealability [ml/min] Sg=1000 psi=30 | 0.02 |
ASTM F152 Average Tensile [psi] | 2000 |