ASA 5Kevlar

The ROSA3D ASA+5Kevlar filament is an advanced composite material designed for demanding industrial applications. It combines the weather-resistant properties of ASA copolymer with the strength of Kevlar aramid fibers. With 5% Kevlar fiber content, the filament stands out for its exceptional impact resistance, UV stability, and aging resistance. It delivers a matte surface finish and excellent layer adhesion, making it an ideal choice for technical and outdoor applications. This reliable solution is perfect for industries where durability and aesthetics are paramount.

Download ASA + 5Kevlar Filament SAFETY DATA SHEETS

ASA filaments with Kevlar fibers are advanced, high-tech materials designed for users demanding exceptional durability, resistance, and precision in 3D printing. By combining the properties of ASA (acrylonitrile-styrene-acrylate) with the strength of Kevlar aramid fibers, these filaments offer outstanding mechanical performance and resistance to external factors.

The core component of these 3D printing filaments is ASA, renowned for its superior protection against UV radiation, moisture, and extreme temperature fluctuations. This makes ASA filaments indispensable for outdoor applications, such as architectural elements, device enclosures, and automotive components. The addition of 5% Kevlar fibers enhances their impact resistance, abrasion resistance, and mechanical stability, making them the ideal choice for industrial and technical projects.

Key Features of ASA+5Kevlar Filaments:
- Weather Resistance: Exceptionally durable and resistant to aging, even under prolonged exposure to sunlight, rain, and temperature changes.
- Exceptional Mechanical Strength: Kevlar provides remarkable resistance to impacts, abrasion, and mechanical stresses, ensuring longevity in the most demanding applications.
- Matte Finish and Dimensional Stability: Delivers an aesthetically pleasing matte surface finish while ensuring precise dimensions and low weight of printed components.
- High-Temperature Resistance: Ideal for high-temperature environments, enabling the creation of components that perform well under challenging conditions.
ASA+5Kevlar filaments are a reliable choice for professionals seeking top-quality and durable 3D prints. Perfect for industrial, technical, and outdoor applications, they enable the creation of device enclosures, machine components, automotive parts, and other elements that must withstand rigorous operational demands.

Explore the capabilities of ASA+5Kevlar filaments and elevate your 3D projects to a new level of durability and precision. Choose quality that stands the test of time and the toughest working conditions.

The ROSA3D ASA+5Kevlar filament is an advanced composite material designed for demanding industrial applications. It combines the weather-resistant properties of ASA copolymer with the strength of Kevlar aramid fibers. With 5% Kevlar fiber content, the filament stands out for its exceptional impact resistance, UV stability, and aging resistance. It delivers a matte surface finish and excellent layer adhesion, making it an ideal choice for technical and outdoor applications. This reliable solution is perfect for industries where durability and aesthetics are paramount.

Download ASA + 5Kevlar Filament SAFETY DATA SHEETS

ASA filaments with Kevlar fibers are advanced, high-tech materials designed for users demanding exceptional durability, resistance, and precision in 3D printing. By combining the properties of ASA (acrylonitrile-styrene-acrylate) with the strength of Kevlar aramid fibers, these filaments offer outstanding mechanical performance and resistance to external factors.

The core component of these 3D printing filaments is ASA, renowned for its superior protection against UV radiation, moisture, and extreme temperature fluctuations. This makes ASA filaments indispensable for outdoor applications, such as architectural elements, device enclosures, and automotive components. The addition of 5% Kevlar fibers enhances their impact resistance, abrasion resistance, and mechanical stability, making them the ideal choice for industrial and technical projects.

Key Features of 

Skriv en bedømmelse

Dit navn

Din bedømmelse

Bemærk: HTML bliver ikke oversat!

Vurdering     Dårlig           God

Fortsæt