KPOR131 | KPOR 131

Back to overview

PRODUCT DESCRIPTION

Unlike conventional sealing materials, the static and dynamic friction coefficients of PTFE compounds only differ to a marginal extent. In general, multiple factors are responsible for the resulting frictional forces. In addition to the conditions of use such as operating pressure, transverse rate and lubricant, the surface finishing and quality of the counterface also play a key role. The marginal difference between static and dynamic friction virtually rules out any risk of slip-stick effects in dynamic applications. Due to their geometry, the KPOR and SPOR 131 profiles can only be pressurised on one side. The KPOR 130 and SPOR 130 profiles are double-acting. The seals of the SPOR 130 and SPOR 131 profiles are often used as a primary or secondary seal in a tandem arrangement in series or in combination with other sealing elements in order to create a stable seal.

PRODUCT ADVANTAGES

Unlike conventional sealing materials, the static and dynamic friction coefficients of PTFE compounds only differ to a marginal extent. In general, multiple factors are responsible for the resulting frictional forces. In addition to the conditions of use such as operating pressure, transverse rate and lubricant, the surface finishing and quality of the counterface also play a key role. The marginal difference between static and dynamic friction virtually rules out any risk of slip-stick effects in dynamic applications. Due to their geometry, the KPOR and SPOR 131 profiles can only be pressurised on one side. The KPOR 130 and SPOR 130 profiles are double-acting. The seals of the SPOR 130 and SPOR 131 profiles are often used as a primary or secondary seal in a tandem arrangement in series or in combination with other sealing elements in order to create a stable seal.

Select your filter

polymer
PTFE
brand
Dichtomatik
design
KPOR131

Filtered items ( 19 hits )

design material D d L brand item no. SP | IP  
KPOR131 PTFE PT00A201 12 7.1 2.2 Dichtomatik 67190015 Details
KPOR131 PTFE PT00A201 15 10.1 2.2 Dichtomatik 67191417 Details
KPOR131 PTFE PT00A201 18 10.7 3.2 Dichtomatik 67191418 Details
KPOR131 PTFE PT00A201 25 17.7 3.2 Dichtomatik 67191419 Details
KPOR131 PTFE PT00A201 32 21.3 4.2 Dichtomatik 67191420 Details
KPOR131 PTFE PT00A201 35 24.3 4.2 Dichtomatik 67191416 Details
KPOR131 PTFE PT00A201 40 29.3 4.2 Dichtomatik 67191422 Details
KPOR131 PTFE PT00A201 50 39.3 4.2 Dichtomatik 67191425 Details
KPOR131 PTFE PT00A201 63 52.3 4.2 Dichtomatik 67191445 Details
KPOR131 PTFE PT00A201 70 54.9 6.3 Dichtomatik 67191426 Details
KPOR131 PTFE PT00A201 80 64.9 6.3 Dichtomatik 67191427 Details
KPOR131 PTFE PT00A201 95 79.9 6.3 Dichtomatik 67191428 Details
KPOR131 PTFE PT00A201 100 84.9 6.3 Dichtomatik 67191429 Details
KPOR131 PTFE PT00A201 110 94.9 6.3 Dichtomatik 67191430 Details
KPOR131 PTFE PT00A201 150 134.9 6.3 Dichtomatik 67191434 Details
KPOR131 PTFE PT00A201 160 144.9 6.3 Dichtomatik 67191435 Details
KPOR131 PTFE PT00A201 165 149.9 6.3 Dichtomatik 67191436 Details
KPOR131 PTFE PT00A201 200 179.5 8.1 Dichtomatik 67191438 Details
KPOR131 PTFE PT00A201 280 256 8.1 Dichtomatik 67191439 Details