Massive Selection for High Purity Silica Fiber Sleeve - Quartz fiber superfine yarn – Shenjiu
Massive Selection for High Purity Silica Fiber Sleeve - Quartz fiber superfine yarn – Shenjiu Detail:
Introduction
Shenjiu quartz fiber superfine yarn is a newly developed product. The diameter of the monofilament is 5 μm, which means its tensile strength is 1.6 times that of 7.5μm quartz fiber yarn. All characteristic indexes have been greatly improved, the corresponding composites upgraded significantly. In addition, its linear expansion coefficient is small, and tensile modulus increases when temperature increasing, which is extremly rare.
Application
1. Insulation, filling and sealing materials for optical fiber drawing furnace and semiconductor high temperature furnace
2. Aircraft wave-transparent material, high temperature resistance heat insulation material
3. High frequency PCB substrate
4. Automobile glass tempering furnaces
5. Aerospace electronic devices
6. Radome wave-transparent reinforcing material
7. An ideal substitute for high silica fiber
3. Product Specifications
Monofilament diameter (μm) |
5 |
Density tex |
50、72、95、133、190、195、220、360 |
Product detail pictures:
Related Product Guide:
By using a full scientific excellent administration method, great quality and fantastic religion, we get good reputation and occupied this discipline for Massive Selection for High Purity Silica Fiber Sleeve - Quartz fiber superfine yarn – Shenjiu , The product will supply to all over the world, such as: Victoria, Uzbekistan, Lithuania, If you give us a list of products you are interested in, along with makes and models, we can send you quotations. Please email us directly. Our goal is to establish long-term and mutually profitable business relationships with domestic and overseas clients. We look forward to receiving your reply soon.
By Michelle from Islamabad - 2017.11.11 11:41
Factory equipment is advanced in the industry and the product is fine workmanship, moreover the price is very cheap, value for money!
By Erin from United States - 2018.07.26 16:51