Asphalt-based hard felt

Asphalt-based hard felt is a high-performance material obtained through specific processes such as extrusion or lamination of asphalt-based carbon fiber felt. This material inherits the high strength, high modulus, and excellent chemical resistance of asphalt-based carbon fibers. Furthermore, through optimized processing, its thermal stability and mechanical properties are enhanced, satisfying rigorous application requirements.

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Standardized insulation sleeve

STS is a standardized insulation sleeve with a unique part-based combination design that allows for rapid delivery. It features high surface density, high bulk density, and high toughness, effectively resisting erosion from silicon vapor. It plays a role in structural load-bearing in the fields of photovoltaics and powder metallurgy zones.

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DEMS

DEMS is a thermal insulation barrel specifically developed for photovoltaic zones, featuring an oxygen and consumption reduction function. It is designed with a double-layer structure, filled with a variety of high-purity materials and insulation materials, which can effectively reduce the energy consumption and oxygen content in monocrystals during the Czochralski pulling process for customers.

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IC1650

IC1650 is a crucible made from high-strength carbon fiber composite materials with a high-density structure. As a core component in the thermal fields of photovoltaic and semiconductor industries, the crucible serves to withstand high temperatures, transfer heat, and bear stress. It features a low coefficient of thermal expansion and high strength, and has been fully applied in the photovoltaic field.

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DBW

As the core application component of the thermal field, the crucible plays the role of high temperature bearing, heat transfer and stress bearing. Carbon-carbon crucibles made of high-strength carbon fiber composite materials have the characteristics of thermal expansion coefficient and high strength, and have been widely used in the field of photovoltaics.

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Carbon/carbon composite guide tube

Carbon/carbon (C/C) composite guide tubes are primarily used in the growth of monocrystalline silicon, where they play a role in establishing the temperature gradient necessary for crystal growth and guiding the flow of gases. Within the thermal field, they direct the flow of gases, preventing external heat from conducting to the interior, and form a temperature gradient suitable for monocrystal growth, which increases the growth rate of the silicon ingot.

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Carbon/carbon fasteners

Carbon/carbon fasteners are machined from carbon-carbon rods or plates and possess the excellent properties of carbon-carbon composite materials. They are widely used in the photovoltaic and semiconductor thermal fields for connecting and fastening, suitable for assembly in high-temperature vacuum furnaces and for high-mechanical-strength connections in critical areas.

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Carbon/carbon aircraft brake disc

Aircraft brake discs are made from carbon/carbon composite materials, primarily used for deceleration and braking of aircraft on the runway. They have several performance characteristics, including lightweight (with a density one-third that of metal brake discs), high-temperature resistance (capable of withstanding temperatures above 2000°C), high specific strength, high specific modulus, corrosion resistance (able to endure erosion from various acids, alkalis, and salts), high friction coefficient, and wear resistance. These features meet the comprehensive performance requirements for braking materials of various aviation vehicles under high-speed and high-temperature conditions.

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Carbon/carbon electrode column

Carbon/carbon electrode columns are used in the thermal fields of photovoltaic and semiconductor monocrystalline silicon. They serve to connect the heating elements inside and outside the thermal field to the water-cooled copper electrodes, and are used in conjunction with the bottom heaters. They have the advantages of low thermal conductivity, uniform resistance, excellent thermal shock resistance, and long service life; they can continuously provide energy-saving and consumption-reduction for the growth of photovoltaic and semiconductor monocrystalline silicon.

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