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1 500.00 грн
/m

Prepreg made of carbon fabric PR 12К 1000 400

Brand: Китай
Product Code: 31260
In Stock
1 500.00 грн
/m
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Prepreg made of carbon fabric PR 12К 1000 400 is a composite materials with a fibrous core pre-impregnated with a binding polymer. Aramid, glass, or carbon fiber are most often used as the reinforcing layer, while polyester, epoxy, or other resins act as the binder. Prepregs are supplied semi-cured, facilitating molding, cutting, and storage of parts. After layup, the material undergoes heat treatment under pressure, resulting in a lightweight and durable structure and final curing. Prepregs are widely used in the production of sports equipment, shipbuilding, automotive, and aviation.

The main thing
View by manufacturing method
Prepreg is produced by impregnating the reinforcing fiber with a polymer binder, followed by partial curing. First, a fiber base—carbon, glass, or aramid fabric—is prepared. A resin (usually epoxy) is prepared separately, along with hardeners and modifiers. The material then passes through an impregnation unit: the binder is evenly applied to the fiber using hot impregnation or solvents. After this, the prepreg enters a drying chamber, where the solvents are removed and partial curing occurs (B-stage). The resin becomes tacky but still flexible. The finished prepreg is cooled, wound into rolls, and stored at a low temperature until molding and final heat treatment under pressure.
Chemical composition
The chemical composition of a prepreg depends on the type of binder and reinforcing fiber, but generally consists of two main components: a fiber base and a polymer matrix. Reinforcing component: carbon fiber (polyacrylonitrile or pitch-based), glass fiber (calcium, aluminum, and boron silicates), and aramid fiber (para-aramids). Binder (matrix): most often epoxy resins (bisphenol A diglycidyl ether), hardeners (amines, anhydrides), reaction accelerators, impact modifiers, plasticizers, and stabilizers.
Type by purpose
Prepreg is used in applications where high strength, low weight, and precise geometry are essential: Aviation and space – fuselage components, wings, panels, and skins for aircraft, satellites, and rockets. Automotive – body panels, chassis components, and components for sports and racing cars. Shipbuilding – yacht hulls, masts, and lightweight and durable structural components. Wind energy – wind turbine blades. Sports equipment – ​​bicycle frames, hockey sticks, tennis rackets, skis, and snowboards. Construction and industry – structural reinforcement, panel production, and composite profiles.
A type
Prepreg made of carbon fabric
Dimensions (width, length)
1000 mm
Additional services
Cutting is carried out according to the client's order and packaging of products according to the client's orderSent by any carriers in Ukraine.
The country of manufacture
China

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Questions & Answers

Carbon prepreg grades

Carbon prepregs are produced in the following grades: SP110, SE84LV, SE70, ET445, BT250, BT250E, UMS45, IMS65, HTA40, MR40, MR35, TR50, TR30, 3960, 3900-3, 3900-2, 2510, M55J, M40J, T1000G, T800H, T700SC, T700S, T300.

Carbon Prepreg Standards

International standards:

ISO 3597 — Mechanical properties of carbon fiber reinforced plastics;

ISO 1268 — Composite technologies;

ISO 10618 — Carbon fiber test methods;

ISO 1183 — Prepreg density;

ISO 1172 — Resin and fiber content;

ISO 14129 — Shear properties;

ISO 14126 — Compression testing;

ISO 14125 — Flexural testing;

ISO 527 — Tensile testing.

Carbon Prepreg Weight Chart

Weight of carbon prepregs depending on types

Prepreg type Weight, g/m²
Ultra Light UD 30–80
Light UD 80–150
Standard UD 150–300
3K Twill Prepreg 180–245
Heavy Twill 280–380
6K Prepreg 350–500
12K Prepreg 500–800
Aerospace Prepreg 120–250
High Modulus Prepreg 100–220

 

Prepreg weight depending on area:

For prepregs 200 g/m²

Size Weight
1 × 1 m 0.2 kg
1 × 5 m 1.0 kg
1 × 10 m 2.0 kg

 

For prepregs 245 g/m²

Size Weight
1 × 1 m 0.245 kg
1 × 5 m 1.23 kg
1 × 10 m 2.45 kg

 

For prepregs 380 g/m²

Size Weight
1 × 1 m 0.38 kg
1 × 5 m 1.9 kg
1 × 10 m 3.8 kg