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+86-157-6313-9515
lina@hezongmaterials.com
lina@hezongmaterials.com
26 Jiashan Road, Chucun Town, Weihai City, Shandong Province, China
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Core Advantage
Excellent high-temperature resistance: The long-term service temperature is 50-80℃ higher than that of epoxy resin-based products, and it can adapt to high-temperature working conditions around aero engines, aerospace vehicles, etc.
Strong resistance to moisture and heat: In an environment with a humidity of 90% and a temperature of 80℃, the retention rate of mechanical properties is ≥90% (70% for epoxy resin base).
High dimensional stability: Low coefficient of thermal expansion (≤2×10^-6/℃), and minimal deformation of components in high-temperature environments;
High added value attribute: High technical barriers, suitable for high-end customized demands, and the profit margin is significantly higher than that of conventional categories.
Product Application
Aviation field: Aircraft engine casings, tail nozzle linings, heat-resistant components at the leading edge of wings;
Aerospace field: satellite structural components, carrier rocket connectors, insulation layers for re-entry vehicles;
High-end industry: Pantographs for high-speed rail transit, high-temperature fixtures for industrial furnaces, high-temperature components for oil drilling;
In the electronics field: high-frequency circuit board substrates, heat dissipation brackets for high-power electronic components.
Technical Parameters
| Indicator Category | Core Parameter Range |
|---|---|
| Matrix Resin | Modified BMI (Bismaleimide) based on epoxy resin |
| Carbon Fiber Specification | 12K/24K medium to high modulus carbon fiber (mainly unidirectional) |
| Areal Density | 200–350 g/m² |
| Resin Content | 30%–32% |
| Curing Process | High-temperature curing (150–200°C), curing time: 90–150 min |
| Mechanical Properties | Tensile strength ≥320 MPa, flexural modulus ≥200 GPa, heat resistance ≥1000h (150°C) |
| Heat Resistance | Long-term use temperature: 150–200°C, short-term heat resistance: 250°C |
| Storage Conditions | Store at -18°C, shelf life: 3–6 months |
FAQ
1. Does the processing of this product require special equipment?
It is necessary to be equipped with a high-temperature autoclave (with a maximum temperature of ≥200℃) or a high-temperature molding machine. It is recommended that the equipment has precise temperature control (±2℃) and pressure holding functions. Equipment selection suggestions can be provided.
2. How much higher is the cost compared with epoxy resin base?
Under the same specifications, the price of BMI resin-based prepregs is 2 to 3 times that of epoxy resin-based ones, mainly due to the cost of resin raw materials and the premium of high-temperature processing technology. It is suitable for high value-added fields.
Core Advantage
Excellent high-temperature resistance: The long-term service temperature is 50-80℃ higher than that of epoxy resin-based products, and it can adapt to high-temperature working conditions around aero engines, aerospace vehicles, etc.
Strong resistance to moisture and heat: In an environment with a humidity of 90% and a temperature of 80℃, the retention rate of mechanical properties is ≥90% (70% for epoxy resin base).
High dimensional stability: Low coefficient of thermal expansion (≤2×10^-6/℃), and minimal deformation of components in high-temperature environments;
High added value attribute: High technical barriers, suitable for high-end customized demands, and the profit margin is significantly higher than that of conventional categories.
Product Application
Aviation field: Aircraft engine casings, tail nozzle linings, heat-resistant components at the leading edge of wings;
Aerospace field: satellite structural components, carrier rocket connectors, insulation layers for re-entry vehicles;
High-end industry: Pantographs for high-speed rail transit, high-temperature fixtures for industrial furnaces, high-temperature components for oil drilling;
In the electronics field: high-frequency circuit board substrates, heat dissipation brackets for high-power electronic components.
Technical Parameters
| Indicator Category | Core Parameter Range |
|---|---|
| Matrix Resin | Modified BMI (Bismaleimide) based on epoxy resin |
| Carbon Fiber Specification | 12K/24K medium to high modulus carbon fiber (mainly unidirectional) |
| Areal Density | 200–350 g/m² |
| Resin Content | 30%–32% |
| Curing Process | High-temperature curing (150–200°C), curing time: 90–150 min |
| Mechanical Properties | Tensile strength ≥320 MPa, flexural modulus ≥200 GPa, heat resistance ≥1000h (150°C) |
| Heat Resistance | Long-term use temperature: 150–200°C, short-term heat resistance: 250°C |
| Storage Conditions | Store at -18°C, shelf life: 3–6 months |
FAQ
1. Does the processing of this product require special equipment?
It is necessary to be equipped with a high-temperature autoclave (with a maximum temperature of ≥200℃) or a high-temperature molding machine. It is recommended that the equipment has precise temperature control (±2℃) and pressure holding functions. Equipment selection suggestions can be provided.
2. How much higher is the cost compared with epoxy resin base?
Under the same specifications, the price of BMI resin-based prepregs is 2 to 3 times that of epoxy resin-based ones, mainly due to the cost of resin raw materials and the premium of high-temperature processing technology. It is suitable for high value-added fields.
