About Us

Corporate News

Industry News

Introduction to Carbon Fiber Composite Gas Cylinders

Carbon fiber fully wrapped cylinders are a new type of composite material cylinder that has emerged in recent years. They primarily consist of an inner liner, carbon fibers, resin, and other components, and have been widely promoted and applied across industries such as road transportation, rail transit, hydrogen energy, and fuel cells.

17

2021

/

12

Satisfaction Survey Form

10

2019

/

10

Introduction to Carbon/Carbon Composites

Carbon/Carbon Composite Materials are composites reinforced with carbon fibers and their fabrics, embedded in a carbon matrix. First discovered in 1958 by the CHANCEVOUGHT Laboratory in the United States, they are now a key focus of research and development in cutting-edge, high-tech fields worldwide. These materials offer several notable advantages: (1) The entire system is composed entirely of carbon elements, and thanks to the exceptionally strong affinity among carbon atoms, they exhibit excellent stability both at low and high temperatures. Additionally, the inherent high-melting-point nature of carbon-based materials endows them with outstanding performance.

08

2019

/

10

Introduction to Carbon/Ceramic Composites

Carbon/ceramic composites refer to a new type of composite material in which carbon fibers serve as the reinforcing phase, and silicon carbide acts as the continuous matrix.

29

2019

/

09

Core Advantages

High-performance carbon fiber preform shaping technology and carbon fiber weaving techniques effectively ensure the integrated design of product functionality and structure.

14

2019

/

06

Insulated Bottle Instruction Manual

The "KINGBO" brand carbon/carbon composite insulation cylinder is a patented product developed by our company using proprietary technology (Patent Nos.: ZL200820052440.1, ZL200810030753.1, ZL201120125364.4, ZL201110104801.9). It boasts exceptional properties such as high specific strength, excellent resistance to high temperatures and corrosion, robust protection against external mechanical damage, superior thermal shock resistance, and low thermal conductivity. These features make it outperform conventional high-purity isostatic graphite insulation cylinders in enhancing furnace efficiency and achieving significant energy-saving benefits. It is particularly well-suited for use in single-crystal furnaces and various high-temperature vacuum applications.

01

2018

/

11

< 12 >