Composite Autoclaves for Curing

Get even temperature distribution with every cure in the composite autoclaves we manufacture.

Overview - Composite Autoclaves Manufacturer

What Is A Composite and What Does The Autoclave Do?

A binder and a reinforcement are the two basic parts that make up the simplest of composites. Manufacturers are able to achieve their desired material traits by weaving, mixing, or layering these parts together. Therefore, these are first made as sheets. After that, the sheets can be formed to a mold. This means that parts can be made of any shape. But, what does the autoclave do in this process? It provides the required pressure, heat, and vacuum to bond and form the prepreg sheets to the shape of the mold.

What We Offer

We manufacture ASME certified autoclaves for the bonding of composite materials. In addition, we can build these units to meet Europe’s PED and then mark with CE. The aerospace, aircraft, automotive, and racing sectors are a few

examples of those that use composites. No matter what your sector is, though, we can custom design your unit to meet your needs. This includes the control of all parameters such as time, pressure, temperature, and vacuum. You can control all of these separately and at the same time. As a result, you will be able to have any cure cycle you want!

Our design maintains a uniform air flow throughout. Therefore, you do not have hot and cold spots on your part. As a result, you are ensured of an even cure over the entire part.

Features of Our Autoclaves

Why Use an Autoclave For Your Composite Materials?

There are a few methods used to cure composites. For example, one of the most common is the use of an oven with vacuum. But, there is a great advantage to using manufactured composite bonding autoclaves along with the vacuum. With an autoclave, you can heat and pressurize the vacuum bagged part at the same time. As a result, you have greater compression and better void removal.

“Curing (composites) in an autoclave produces a part superior to one produced by non-pressure curing… It is, in fact the principle method employed for producing very complex parts.”

Dr. A. Brent Strong: Fundamentals of Composites Manufacturing: Materials, Methods, and Applications, Sect. 5.7