Good quality Oil Resistance Non-Asbestos Sheet - QF3736 Non-asbestos low temperature resistant sheet – Ishikawa
Good quality Oil Resistance Non-Asbestos Sheet - QF3736 Non-asbestos low temperature resistant sheet – Ishikawa Detail:
Product characteristics
● Maximum temperature is 350℃
● Maximum working pressure is 3.5MPa
● Excellent heat, oil and seal resistance
● Asbestos – free confirmation by a professional body
● Passing ROHS certification by professional organization
Product application
Suitable for all kinds of oils, general gas, water and other media as sealing material.
Especially recommended for general industry as sealing liner material.
Standard sizes
(L) ×(W) (mm) : 1290 × 1280 / 3840 × 1290 / 3840 × 2580
Thickness(mm) : 0.3 ~ 3.0
Special sheet sizes and other size thickness upon customers’ request.
Physical properties
Remarks: 1. The above physical data is based on 1.5mm thickness.
2. If you have any question in choosing the products, please contact us directly.
Product detail pictures:
Related Product Guide:
Our solutions are widely regarded and trustworthy by consumers and may meet continually modifying financial and social requirements for Good quality Oil Resistance Non-Asbestos Sheet - QF3736 Non-asbestos low temperature resistant sheet – Ishikawa, The product will supply to all over the world, such as: South Africa, Washington, Australia, Based on our automatic production line, steady material purchase channel and quick subcontract systems have been built in mainland China to meet customer's wider and higher requirement in recent years. We are looking forward to cooperating with more clients worldwide for common development and mutual benefit!Your trust and approval are the best reward for our efforts. Keeping honest, innovative and efficient, we sincerely expect that we can be business partners to create our brilliant future!
By Emma from India - 2018.12.28 15:18
We have been appreciated the Chinese manufacturing, this time also did not let us disappoint,good job!
By Ray from Slovakia - 2018.09.21 11:44