Home> Products> Carbon Fiber Rigid Felt Board> H 670 mm Carbon Fiber Hard Felt Cylinder
H 670 mm Carbon Fiber Hard Felt Cylinder
H 670 mm Carbon Fiber Hard Felt Cylinder
H 670 mm Carbon Fiber Hard Felt Cylinder
H 670 mm Carbon Fiber Hard Felt Cylinder
H 670 mm Carbon Fiber Hard Felt Cylinder
H 670 mm Carbon Fiber Hard Felt Cylinder

H 670 mm Carbon Fiber Hard Felt Cylinder

$6600-66000 /Piece/Pieces

Payment Type:T/T
Incoterm:FOB
Min. Order:1 Piece/Pieces
Transportation:Ocean
Port:Shanghai Port
Product Attributes

BrandMTR

MaterialPAN-CF/Asphalt CF/Adhesive CF

Bulk Density(g/cm3)0.23~0.30

Thermal Conductivity W/m.k0.15~0.25 (25℃)/0.25~0.35(1100℃)

Carbon (%)≥98

Folding Strength(Gpa)1.8-3.5

Flexural Strength(Gpa)1.5-2.8

Ash (ppm)≤300

Processing Temperaturefirst ≥1800 second ≥2200

Operating Conditionin the air(℃) ≤350; in the vacuum(℃) ≤2200;in the inert atmosphere(℃) ≤3000

Packaging & Delivery
Selling Units : Piece/Pieces
Package Type : Non fumigation wooden box
Picture Example :
Product Description

01The H 670 mm Carbon Fiber Hard Felt Cylinder is a highly aesthetic and customized solution for your vacuum furnace. Made from carbon fiber, this insulation tube offers excellent thermal insulation properties and a high conductivity coefficient.

Designed to fit your vacuum furnace perfectly, this cylinder is tailor-made to provide optimal performance and efficiency. The outer appearance of the cylinder is sleek and visually appealing, adding a touch of elegance to your furnace setup.

The Carbon Fiber Hard Felt material used in this cylinder ensures superior heat insulation, effectively preventing heat loss and maintaining a stable temperature within the furnace. Its exceptional insulating properties make it an ideal choice for vacuum furnace applications.

Furthermore, this Carbon Fiber Insulation Material boasts a high conductivity coefficient, allowing for efficient heat transfer and uniform temperature distribution throughout the furnace. This ensures consistent and reliable heating performance, enhancing the overall efficiency of your vacuum furnace.

Whether you are looking for a Vacuum Furnace Insulation Tube or Vacuum Furnace Insulation Material, the H 670 mm Carbon Fiber Hard Felt Cylinder is a reliable and high-quality solution that meets your specific requirements. Its outstanding thermal insulation and conductivity properties make it an indispensable component for any vacuum furnace setup.
02

Why did so many people like the material of carbon fiber?

1. Lightweight and high-strength: Carbon fiber materials have a low density, but their strength is very high, even stronger than steel.
2. High temperature resistance: Carbon fiber materials can withstand high temperatures and will not deform or melt due to high temperatures.
3. Corrosion resistance: Carbon fiber materials have excellent corrosion resistance and are not easily corroded by chemicals.
4. Excellent thermal insulation performance: Carbon fiber materials have excellent thermal insulation performance, which can effectively insulate and preserve heat.
5. Easy to process: Carbon fiber materials can be manufactured into products of various shapes and sizes through various processing methods.
6. Good wear resistance: Carbon fiber materials have good wear resistance and can maintain their appearance and performance for a long time.
7. Long service life: Carbon fiber materials have a very long service life and can be used for a long time in harsh environments.
03H 670 Mm Carbon Fiber Hard Felt CylinderH 670 Mm Carbon Fiber Hard Felt CylinderH 670 Mm Carbon Fiber Hard Felt CylinderH 670 Mm Carbon Fiber Hard Felt Cylinder040607
Home> Products> Carbon Fiber Rigid Felt Board> H 670 mm Carbon Fiber Hard Felt Cylinder
  • Send Inquiry

Copyright © 2024 HuNan MTR New Material Technology Co.,Ltd All rights reserved. Privacy Policy

Send Inquiry
*
*

We will contact you immediately

Fill in more information so that we can get in touch with you faster

Privacy statement: Your privacy is very important to Us. Our company promises not to disclose your personal information to any external company with out your explicit permission.

Send