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Customizable Specifications
Our core competence lies in flexibility. You can define your exclusive product from the following dimensions:
Size & Geometry
Standard size: Supports customization of regular sizes such as 1220x2440mm and 1560x3050mm.
Customized size: The maximum width can reach 2.5 meters, and the length can be negotiated according to the production line.
Shape: Flat plates, corrugated plates and curved plates can be provided, and CNC precision pre-cutting and drilling can be performed.
Material & Functional Properties
Reinforcing materials: E-glass, C-glass (acid-resistant), S-glass (high strength), and custom weaving methods (plain weave, twill weave, unidirectional fabric) are available.
Resin systems: unsaturated polyester (UP), epoxy (EP), phenolic (PF), vinyl ester (VE), etc., to meet different corrosion resistance and temperature resistance requirements.
Core Function
Light transmission and lighting: The light transmittance is adjustable from 25% to 85%, which can replace traditional PC boards and has higher strength.
Electricity and Radio Frequency: Custom low dielectric constant (Dk) and loss (Df) for 5G/ radar radomes; Electromagnetic Shielding (EMI/RFI Shielding) or absorbing versions are available.
Thermal management: High thermal conductivity (filled with ceramic powder) or excellent heat insulation versions are available.
Corrosion resistance: Select the resin system for specific chemical environments (acid, alkali, salt spray) to provide long-term protection.
Lightweight and high strength: Through structural design, the optimal strength-to-weight ratio is achieved, making it suitable for transportation tools.
Appearance & Surface Finish
Color: A variety of standard gel coating colors are available, and Pantone color card customization is supported.
Texture: Glossy, matte, custom patterns.
Functional coatings: anti-ultraviolet (UV), anti-fouling and easy-to-clean, antibacterial, and anti-static coatings.
Core Advantage
Deep engineering collaboration: We are not only suppliers, but also your material partners. The technical team will get involved in the early stage of the project and recommend the optimal material combination and process based on your application environment and performance goals.
Flexible and agile production: The production line, optimized for small-batch and multi-variety customization, can quickly respond to your customization needs and shorten the sample development and delivery cycle.
Quality is fully controllable throughout the process: From raw materials entering the warehouse to finished products leaving the factory, strict quality control procedures are implemented, and third-party test reports on key performance are provided.
Cost-benefit optimization: Through precise customized solutions, avoid paying for excessive performance that you "don't need", and achieve the best cost performance.
Product Application
In the field of electronics and electrical engineering: standard charging pile shells, protective plates for new energy vehicle battery packs, insulating partitions for industrial control cabinets, instrument display Windows, etc., are suitable for the demands of the new energy and industrial automation industries
In the field of new energy: protective panels for photovoltaic power stations, insulating components for wind power equipment, shells for energy storage devices, etc., can work for a long time in harsh outdoor environments such as high temperatures, high altitudes, and coastal areas
In the field of rail transit: interior panels for metro/high-speed rail, insulating components for electrical cabinets, light-transmitting partitions for carriages, etc. The lightweight feature reduces the load on vehicles and meets the upgrading requirements of rail transit
In the field of industrial automation: factory robotic arm protective plates, precision instrument casings, equipment observation Windows, etc., are impact-resistant and wear-resistant, ensuring the safe and efficient operation of industrial sites
Marine engineering field: interior panels for ships, insulating partitions for offshore platforms, protective parts for port equipment, etc
Technical Parameters
| Indicator Name | Standard Parameters |
|---|---|
| Material Composition | Alkali-free glass fiber cloth + Epoxy resin |
| Density | 1.8 – 2.0 g/cm³ |
| Tensile Strength | ≥ 120 MPa |
| Light Transmittance (Customized) | 60% – 90% |
| Flame Retardancy Rating (Customized) | UL94 V-0/V-1/V-2, EN 13501 Class B-s1,d0 |
| Dielectric Strength | ≥ 20 kV/mm |
| Operating Temperature Range | -50°C – 150°C |
| Water Absorption Rate | ≤ 0.2% |
FAQ
1. When providing an inquiry, what specific information do we need to offer so that you can provide an accurate solution?
To efficiently obtain targeted solutions, please provide as much as possible:
Final application scenario: In what products/environments is it used? What kind of stress can be endured?
Key performance requirements: such as size, thickness, mechanical strength (bending/tensile), flame retardancy grade, electrical indicators (Dk/Df), temperature resistance, and resistance to certain chemicals, etc.
Appearance requirements: color, texture, light transmittance.
Estimated annual usage and target unit price: This helps us optimize the most cost-effective plan.
2. Could you provide samples for testing?
Sure. After both parties confirm the technical specifications, we can produce small-sized test samples (usually ≤A4 size) for the customized products and charge the corresponding sample development and mailing fees. This is crucial for your early verification of the material's performance.
3. How is the price of customized products composed? How does it compare with the standard substance?
The price of customized products is mainly determined by the cost of raw materials (special resins, fibers, additives), the complexity of the process and the production quantity. Due to the adoption of targeted optimization design, although the unit price may be higher than that of general standard products, it will perform at its best in your specific application and may reduce subsequent problems, thereby achieving a better total cost of ownership (TCO).
Customizable Specifications
Our core competence lies in flexibility. You can define your exclusive product from the following dimensions:
Size & Geometry
Standard size: Supports customization of regular sizes such as 1220x2440mm and 1560x3050mm.
Customized size: The maximum width can reach 2.5 meters, and the length can be negotiated according to the production line.
Shape: Flat plates, corrugated plates and curved plates can be provided, and CNC precision pre-cutting and drilling can be performed.
Material & Functional Properties
Reinforcing materials: E-glass, C-glass (acid-resistant), S-glass (high strength), and custom weaving methods (plain weave, twill weave, unidirectional fabric) are available.
Resin systems: unsaturated polyester (UP), epoxy (EP), phenolic (PF), vinyl ester (VE), etc., to meet different corrosion resistance and temperature resistance requirements.
Core Function
Light transmission and lighting: The light transmittance is adjustable from 25% to 85%, which can replace traditional PC boards and has higher strength.
Electricity and Radio Frequency: Custom low dielectric constant (Dk) and loss (Df) for 5G/ radar radomes; Electromagnetic Shielding (EMI/RFI Shielding) or absorbing versions are available.
Thermal management: High thermal conductivity (filled with ceramic powder) or excellent heat insulation versions are available.
Corrosion resistance: Select the resin system for specific chemical environments (acid, alkali, salt spray) to provide long-term protection.
Lightweight and high strength: Through structural design, the optimal strength-to-weight ratio is achieved, making it suitable for transportation tools.
Appearance & Surface Finish
Color: A variety of standard gel coating colors are available, and Pantone color card customization is supported.
Texture: Glossy, matte, custom patterns.
Functional coatings: anti-ultraviolet (UV), anti-fouling and easy-to-clean, antibacterial, and anti-static coatings.
Core Advantage
Deep engineering collaboration: We are not only suppliers, but also your material partners. The technical team will get involved in the early stage of the project and recommend the optimal material combination and process based on your application environment and performance goals.
Flexible and agile production: The production line, optimized for small-batch and multi-variety customization, can quickly respond to your customization needs and shorten the sample development and delivery cycle.
Quality is fully controllable throughout the process: From raw materials entering the warehouse to finished products leaving the factory, strict quality control procedures are implemented, and third-party test reports on key performance are provided.
Cost-benefit optimization: Through precise customized solutions, avoid paying for excessive performance that you "don't need", and achieve the best cost performance.
Product Application
In the field of electronics and electrical engineering: standard charging pile shells, protective plates for new energy vehicle battery packs, insulating partitions for industrial control cabinets, instrument display Windows, etc., are suitable for the demands of the new energy and industrial automation industries
In the field of new energy: protective panels for photovoltaic power stations, insulating components for wind power equipment, shells for energy storage devices, etc., can work for a long time in harsh outdoor environments such as high temperatures, high altitudes, and coastal areas
In the field of rail transit: interior panels for metro/high-speed rail, insulating components for electrical cabinets, light-transmitting partitions for carriages, etc. The lightweight feature reduces the load on vehicles and meets the upgrading requirements of rail transit
In the field of industrial automation: factory robotic arm protective plates, precision instrument casings, equipment observation Windows, etc., are impact-resistant and wear-resistant, ensuring the safe and efficient operation of industrial sites
Marine engineering field: interior panels for ships, insulating partitions for offshore platforms, protective parts for port equipment, etc
Technical Parameters
| Indicator Name | Standard Parameters |
|---|---|
| Material Composition | Alkali-free glass fiber cloth + Epoxy resin |
| Density | 1.8 – 2.0 g/cm³ |
| Tensile Strength | ≥ 120 MPa |
| Light Transmittance (Customized) | 60% – 90% |
| Flame Retardancy Rating (Customized) | UL94 V-0/V-1/V-2, EN 13501 Class B-s1,d0 |
| Dielectric Strength | ≥ 20 kV/mm |
| Operating Temperature Range | -50°C – 150°C |
| Water Absorption Rate | ≤ 0.2% |
FAQ
1. When providing an inquiry, what specific information do we need to offer so that you can provide an accurate solution?
To efficiently obtain targeted solutions, please provide as much as possible:
Final application scenario: In what products/environments is it used? What kind of stress can be endured?
Key performance requirements: such as size, thickness, mechanical strength (bending/tensile), flame retardancy grade, electrical indicators (Dk/Df), temperature resistance, and resistance to certain chemicals, etc.
Appearance requirements: color, texture, light transmittance.
Estimated annual usage and target unit price: This helps us optimize the most cost-effective plan.
2. Could you provide samples for testing?
Sure. After both parties confirm the technical specifications, we can produce small-sized test samples (usually ≤A4 size) for the customized products and charge the corresponding sample development and mailing fees. This is crucial for your early verification of the material's performance.
3. How is the price of customized products composed? How does it compare with the standard substance?
The price of customized products is mainly determined by the cost of raw materials (special resins, fibers, additives), the complexity of the process and the production quantity. Due to the adoption of targeted optimization design, although the unit price may be higher than that of general standard products, it will perform at its best in your specific application and may reduce subsequent problems, thereby achieving a better total cost of ownership (TCO).