Composite resin for industrial use

Name Market Key benefits Processing method HDT (°C) Elong. break (%)
Atlac® 430 Industrial, Mining, Building & Infrastructure, Power Multi-purpose, Lloyds approval, Chemical resistance Pultrusion, Hand lay-up, Filament winding 105 6.1
Atlac® 5200 FC Industrial, Food processing Chemical resistance, Food Contact Pultrusion, Hand lay-up, Filament winding 105 6.1
Atlac® 580 Industrial, Building & Infrastructure Multi-purpose, Lloyds approval, Chemical resistance, Easy processing Hand lay-up, Filament winding 115 4.2
Atlac® 590 Industrial, Power Chemical resistance Hand lay-up, Filament winding 140 4
Atlac® E-Nova FW 2045 Industrial, Power Chemical resistance, Easy processing Hand lay-up, Filament winding 145 3.5
Atlac® Premium 600 Industrial, Building & Infrastructure Enhanced resistance to organic chemicals, Styrene-free Spray-up, Relining, Hand lay-up 103 2.6

At Aliancys, we manufacture Composite resins for use in various Composites applications and end-use markets, such as Building & Infrastructure, Transportation, Relining/ CIPP, Industrial, Marine & Offshore and Wind. 

Composite resins: the material system of preference for many applications

Composites combine two or more materials (reinforcing agents and a resin matrix) that differ in form or composition on a macro scale. The fibers can be based on glass, carbon, aramid, polyester, basalt, and flax, providing strength and stiffness. They are used in combination with Composite resins like unsaturated polyesters, vinyl esters, epoxies, polyurethanes and methacrylates. The resin matrix typically determines properties like chemical resistance, ductility, fatigue resistance, and thermal resistance.

Composites are the material system of preference for many applications, because of their favorable durability, strength, inherent low weight and potential to be easily shaped. Obviously, this performance is greatly influenced by having selected the right resin system for the composite formulation.

Composite resins and their environmental benefits

Associated with the low weight and long life durability of composite components and their limited requirement for maintenance, the lifetime cost and ecological footprint are highly beneficial. Composite resin formulation fine-tuning and formulation improvement can further improve the environmental profile of composites.

Design flexibility

Composite materials can be easily formed. They bring designers, engineers, and architects the
unique capability to personalize part shape and aesthetics, while having the benefit of tailoring
part functionality to the application. Compared to traditional materials like steel and concrete, using composites solutions allows in many cases the integration of multiple components and functions. Choosing the right Composite Resin enables the composite part to provide great functional performance for end-customers and consumers.

Light weight capability

Unlike steel and concrete, composites feature high strength, stiffness and inherent low weight at the same time. This allows to design lighter and thinner, translating for instance into lower fuel emissions for cars, and faster installation for building and infrastructure components. Composite Resins are available at Aliancys for a broad range of reinforcement applications, including glass and carbon fibers.

Product selector

In order to select the right Composite Resin for your application, please take a look at our Product selector. You can select the end-use market for your product(s), the specific properties required and the intended processing method. 

Questions about Composite resins

If you have questions about the performance of the Composite Resins supplied by Aliancys, please contact us by sending us a quick email, by calling us at +41 52 644 1212 or by filling in the contact form on the right side of this page. One of our Technical Service representatives will contact you shortly.

    Call us+41 52 644 1212