Leading Manufacturer for Heat Resistant Gasket Material - QF3707 Non asbestos sealing sheet – Ishikawa
Leading Manufacturer for Heat Resistant Gasket Material - QF3707 Non asbestos sealing sheet – Ishikawa Detail:
Product characteristics
● Maximum temperature is 250℃
● Maximum working pressure is 2.5Mpa
● Good temperature and pressure resistance
● Asbestos – free confirmation by a professional body
● Passing ROHS certification by professional organization
● Anti-adhesion surface treatment
Product application
Can be used in connection with oils, general gas , water , etc.
Used for engine, oil pump, water pump, all kinds of machinery, pipe flange as sealing liner material.
It is specially recommended to be used as sealing gasket for general purpose machine and all kinds of pumps.
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:
We support our buyers with ideal high quality products and high level service. Becoming the specialist manufacturer in this sector, we have gained rich practical experience in producing and managing for Leading Manufacturer for Heat Resistant Gasket Material - QF3707 Non asbestos sealing sheet – Ishikawa, The product will supply to all over the world, such as: Egypt, Puerto Rico, Georgia, We expect to provide products and services to more users in global aftermarket markets; we launched our global branding strategy by providing our excellent products all over the world by virtue of our well reputed partners letting global users keep pace with technology innovation and achievements with us.
By Belle from Poland - 2018.06.30 17:29
Superb technology, perfect after-sales service and efficient work efficiency, we think this is our best choice.
By Bella from Washington - 2017.05.02 11:33
