Epoxy Pourer for Wind Turbine Blades
High-flow epoxy resin pouring system for 1.5MW~10MW wind turbine blades, featuring reinforcing additive integration and dual curing agent compatibility
±0.3% Accuracy
Ratio precision
loT Ready
Remote monitoring
30% Energy Save
vs.conventional
2-4 Components
Flexible config
Product Overview
Specially designed for epoxy resin pouring of wind turbine blades, suitable for 1.5MW~10MW wind blades. Used for resin pouring of key parts such as blade shell, web and root.
This epoxy pouring system is purpose-built for the large-scale production of wind turbine blades ranging from 1.5MW to 10MW. The 2A2B two-component system includes a dedicated reinforcing additive tank, compatible with glass fiber and carbon fiber fillers. Blade tensile strength reaches ≥350MPa and flexural strength ≥500MPa, providing excellent fatigue resistance suitable for high-load wind power working conditions. The large-flow stable pouring capability (200–3000 g/s) is ideal for 10–80m large-size blade molds, ensuring full filling without bubbles and uniform infiltration of resin and reinforcing materials to improve blade structural strength. The system is compatible with amine and anhydride dual curing agents: amine for room temperature rapid pouring, anhydride for high-temperature high-strength molding, enabling flexible process switching. Precise temperature control and metering ensure uniform curing without deformation, and the machine can run continuously for 24 hours to meet mass production needs. The system meets the core requirements of high strength, weather resistance, fatigue resistance and porosity-free for wind blades, capable of withstanding harsh outdoor conditions such as high/low temperature, strong wind and ultraviolet radiation for a long time, ensuring blade operation stability and service life, and adapting to large-scale standardized production in the wind power industry.
Operation Workflow
Resin, Curing Agent & Additive Preparation
Prepare epoxy resin and curing agent (amine or anhydride) according to the target mix ratio (100:20~30). Select appropriate reinforcing fillers (glass fiber or carbon fiber) and load into the dedicated reinforcing additive tank.
Tank Loading & Temperature Setting
Load epoxy resin into Tank A and curing agent into Tank B. Set Tank A temperature to 40–85°C, and Tank B to 30–60°C based on the selected curing agent system.
High-Vacuum Defoaming
Activate the high-configuration vacuum defoaming system to achieve vacuum level ≤-0.098MPa, thoroughly removing bubbles to ensure porosity-free resin infiltration and optimal blade structural strength.
Large-Flow Metering, Mixing & Pouring
The PLC-controlled dynamic metering system (accuracy ≤±0.5% full range) dispenses materials precisely. The mixing head operates at 5000–9000 r/min for homogeneous blending. The large-flow pouring rate (200–3000 g/s) ensures full filling of 10–80m large-size blade molds with uniform resin infiltration.
Request a Customized Wind Turbine Blade Pouring Solution
Get a QuoteTechnical Specifications
Standard configuration parameters for the wind turbine blade epoxy pouring system. Customizations are available upon request.
| Technical Parameter | HF-Epoxy-2A2B-WindPowerBlade |
|---|---|
| Pouring Rate | 200～3000 g/s |
| Raw Material Ratio | Epoxy Resin : Curing Agent (Amine/Anhydride) = 100:20~30 |
| Tank Capacity | 220 / 300 L |
| Mixing Head Speed | 5000～9000 r/min |
| Dynamic Metering Accuracy | ≤±0.5% (Full range) |
| Tank Configuration | 2A2B two-component + reinforcing additive tank |
| Material Temperature Control | Tank A: 40~85℃; Tank B (Curing Agent): 30~60℃ |
| Vacuum Defoaming | High configuration (Vacuum ≤-0.098MPa) |
| Cleaning System | High-pressure circulation cleaning + air purge cleaning |
| Power | 15～22 kW |
| Control System | PLC + touch screen + multi-formula storage |
| Applicable System | Epoxy resin + Amine/Anhydride curing agent |
| Warranty | 1 year |
| Certifications | CE, ISO9001, Special certification for wind power industry |
Key Features & Advantages
Engineered for high strength, fatigue resistance, and mass production efficiency in wind turbine blade manufacturing.
2A2B Configuration with Reinforcing Additive Tank
Compatible with glass fiber and carbon fiber fillers. Blade tensile strength ≥350MPa and flexural strength ≥500MPa, providing excellent fatigue resistance for high-load wind power conditions.
Large-Flow Stable Pouring
Pouring rate of 200–3000 g/s is ideal for 10–80m large-size blade molds, ensuring full filling without bubbles and uniform infiltration of resin and reinforcing materials.
Amine/Anhydride Dual Curing Agent Compatibility
Amine for room temperature rapid pouring, anhydride for high-temperature high-strength molding, enabling flexible process switching based on production requirements.
Precise Temperature Control & Metering
Ensures uniform curing without deformation. The machine can run continuously for 24 hours to meet the mass production needs of wind turbine blades.
High-Vacuum Defoaming (≤-0.098MPa)
Eliminates bubbles and voids, ensuring porosity-free resin infiltration and optimal blade structural strength for harsh outdoor wind conditions.
Intelligent PLC Control with Multi-Formula Storage
PLC + touch screen interface with multiple formula memory simplifies operation, reduces errors, and enables rapid changeovers between formulations for different blade specifications.
Strengthen Your Wind Blade Production with High-Performance Epoxy Pouring
Our engineering team specializes in wind power industry pouring solutions. Contact us to discuss your specific blade specifications, reinforcing material requirements, and production capacity needs.
Application Scenarios
Specially designed for epoxy resin pouring of wind turbine blades, suitable for 1.5MW~10MW wind blades. It is used for resin pouring of key parts such as blade shell, web and root, compatible with glass fiber and carbon fiber reinforcements. It meets the core requirements of high strength, weather resistance, fatigue resistance and porosity-free for wind blades, and can withstand harsh outdoor conditions such as high/low temperature, strong wind and ultraviolet radiation for a long time, ensuring blade operation stability and service life, adapting to large-scale standardized production in wind power industry.
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