China's first automotive interior parts atomization tester came out

Jinan Languang Electromechanical has successfully developed the first domestic automotive interior parts atomization tester, providing scientific and efficient testing tools for automotive industry manufacturers to choose the ideal interior materials.

Under the action of high temperature, the volatile components in the automotive plastic interior materials evaporate and condense on the windshield or the window, which may cause poor line of sight and affect driving safety. Jinan Languang's new FT-F1 atomization tester is designed according to the German DIN 75201 standard. The high-temperature acceleration is used to complete the evaporation process. The simulated car is placed under sunlight, so that a certain material can be quantitatively analyzed. The degree of atomization of glass and windows. At the same time, the test results can also help to determine the amount of toxic and harmful substances in the sample; and can help to determine the degree of influence of the atomization of the xenon headlamps on the illumination.

Characteristic: Low-friction sealing solution for sealing bearings.

Also usable as dirt wiper.

Elastomeric outer case for high static sealing effect.

Cut sealing edge for high dynamic sealing effect.

Low friction and heat development.

An additional protective lip (dirt lip) prevents intrusion of dirt particles and thus increases functional reliability.

Small seal design.

Easy installation.

 

Range of application

Primarily for sealing grease-lubricated bearings with very little or no exposure to external(ambient) dirt.

 

Operating pressure    â‰¤ 0.1 bar

Operating temperature

   NBR       -30 to +100 ℃

   HNBR     -30 to +140 ℃

   FKM      -20 to +180 ℃

Sliding speed

   NBR       â‰¤ 12m/s

   HNBR     â‰¤ 25m/s

   FKM      â‰¤  40m/s

VS Type Osl

VS Type Osl,VS Type Oil Seal,Professional VS Type Oil Seal,Customizable VS Type Oil Seal

Ningbo Jiaodian Sealing Industry Co., Ltd. , http://www.jdsealing.com