Composite Autoclave Manufacturer

Autoclaves for thermal treatment of composite materials

In motor racing it is often a matter of seconds. Victory and defeat are decided not least due to the materials. We guarantee a perfect thermal treatment of all fiber-reinforced plastic materials and fiber- reinforced thermoplastics with autoclaves from OLYMSPAN

Every single autoclave made by the company OLYMSPAN for thermal treatment of composite materials is a custom product manufactured according to the individual requirements of our customers. Hence, we take the greatest effort to fulfill all our customers’ requirements right down to the slightest detail. This also applies to services and performances, which are not explicitly listed in our delivery program. Talk to us! We will take care of your requests.

Autoclaves: Complete autoclave systems and ovens with processing controls for thermal treatment of composite materials. All customer-specific requirements will be fulfilled.

Temperature homogeneity: Guaranteed temperature homogeneity throughout the entire working area via optimized ventilator with adjustable rotation frequency, optimized airflow and through the special alignment of the heaters. Process optimization based on an analytic computer simulation of the airflow characteristic and temperature distribution

Components: Air receivers and compressed air systems, cooling tower stations, valves and fittings, heating systems.

Fabrication: Construction and fabrication according to all Chinese and international regulations

Quality Control System: Application of the most modern production facilities. All necessary tests can be carried out on-site. This guarantees high quality, proven product characteristics at the highest level of safety.

Technical Data: The autoclaves can be manufactured in any requested diameter and length for the simultaneous production of several components in one autoclave. Technical design according to customer specifications.

Heating Methods:

Electrically heated
Indirect gas heating

Rakesh Verma