Epoxy resin for wind power generation (Epoxy resin for wind power generation)

[Product Features]]

SQ ME 1000 series epoxy resin system is certified by DNV GL, an international wind power certification body, specially tailored for vacuum-induced large blades, with high mechanical properties, good wettability to glass fiber and carbon fiber, long application period, and suitable for large-scale manufacturing of long blades.

[Product Advantage]]

Compared with the products on the market, the application period is long.

Low viscosity and good process performance

The heat release is gentle and the heat release temperature is low, which can greatly avoid the probability of burning out the core material.

High toughness and excellent fatigue resistance

[Application Field]]

it is suitable for the manufacture of wind turbine blades, especially for the manufacture of large blades and offshore blades.

[Packaging and Storage]]

packaging form: normal ton barrel packaging, special contract execution when customers have special requirements.

Storage requirements: The product should be stored in a well-ventilated and dry place, avoid direct sunlight and stay away from heat sources. In order to prevent crystallization tendency, the resin is preferably stored in an environment of 18-35 ℃. The curing agent should be stored in an environment of 15-25°C.

Shelf life: 12 months from the production date.

product Description]]

SQ ME 1101 A/B is a kind of epoxy resin composite material suitable for composite materials. Its characteristics are: low viscosity, good fluidity, and good wettability; in the supporting system, the curing application period is long, which is very suitable for large industrial production Parts production. The product has the characteristics of low shrinkage, high flexibility and high mechanical strength. Can be widely used in wind turbine blade composite products.

[Technical Indicators]]

[Recommended Process]

Note: * Users can determine curing conditions according to their own molding process

Note: * The test value is obtained by mixing a small amount of pure resin with curing agent. In the composite structure, due to the difference in fiber content and plate thickness, the gel time will be different from the test value.

 [Mechanical performance metrics]

note: * The test value is measured by fully mixing the resin/curing agent 100/34 and curing in the mold. The curing temperature is 80 ℃ and the time is 8h.

* These data are measured in a specific environment, and users can further evaluate according to their own production environment and process.

[Product Description]]

SQ ME 1201 A/B is a kind of epoxy resin composite material suitable for large-size fiber composite materials. It has low mixed viscosity, good fluidity and good wettability to carbon fiber. In the supporting system, the curing application period is long and the curing period is short, which is very suitable for the production of large industrial parts. The product has excellent mechanical properties. It can be widely used to produce high-load composite components, especially large-size offshore wind turbine blade composite products.

[Technical Indicators]

[Recommended Process]

Note: * Users can formulate curing process according to their own molding process

Note: * The test value is obtained by mixing a small amount of pure resin with curing agent. In the composite structure, due to the difference in fiber content and board thickness, the gel time will be different from the test value

 [Mechanical performance metrics]

note: * Tg values are obtained at 70°C/6h curing conditions.

* The test value is measured by fully mixing the resin/curing agent 100/20 and curing in a mold. The curing temperature is 80 ℃ and the time is 8h.

* These data are measured in a specific environment, and users can further evaluate according to their own production environment and process.

[Product Description]]

SQME 1202A/B is a kind of epoxy resin composite material suitable for large fiber composite materials. It has low mixed viscosity, good fluidity, and good wettability to glass fiber and carbon fiber. In the supporting system, the curing application period is long and the heat release is low, which is very suitable for the production of large industrial parts. Excellent mechanical properties of products, can be widely used in wind turbine blade composite products, especially recommended for offshore wind turbine blade products.

[Technical Indicators]]

[Recommended Process]

Note: * Users can determine curing conditions according to their own molding process

note: * The test value is obtained by mixing a small amount of pure resin with curing agent. In the composite structure, the gel time will be different from the test value due to the difference in fiber content and plate thickness.

[Mechanical Performance Index]]

note: * The test value is measured by fully mixing the resin │ curing agent 100/25 and curing in the mold. The curing conditions were r.t./1h 50°C/1h 8O °C /8h.

* These data are measured in a specific environment, and users can further evaluate according to their own production environment and process.