Bristol Composites Institute: Advancing Research With ASC Econoclave

The Bristol Composites Institute (BCI) at the University of Bristol has recently enhanced its research capabilities with the acquisition of a state-of-the-art ASC Econoclave EC1Mx1.5m. This advanced autoclave is set to revolutionize the Institute’s composite curing processes, further solidifying its position as a leader in composites research and education. The new system benefits from high pressure (11 Bar) curing, high temperature (400C) and excellent thermal control, and heat distribution throughout the pressure vessel.

Cutting-Edge Technology
The ASC Econoclave is renowned for its innovative design and energy efficiency. It features the Composite Processing Control (CPC) system, which is the most preferred control system for composite curing autoclaves worldwide. This system ensures precise control over the curing process, leading to higher quality and more reliable composite materials.

ASC Process Systems Econoclave Efficient – Under floor-mounted heating, cooling, and air duct
The Econoclave does not require a radial air-duct and instead utilizes the floor as the forward air delivery system which provided an even distribution of turbulent air throughout the working area. This unique ASC design reduces the pressure vessel volume when compared to a conventional autoclave. This reduction in size and the elimination of the inner air duct reduces operating heating & cooling costs, pressurization costs, and equipment price.

Enhanced Research Capabilities
With the new Econoclave, BCI can now conduct more sophisticated and detailed experiments. The autoclave’s ability to monitor several sensors, including those for cure using DC and dielectric techniques, strain monitoring, and thermal imaging, provides researchers with comprehensive data to optimize composite manufacturing processes.

Applications and Impact
The addition of the ASC Econoclave will significantly benefit BCI’s research in advanced composite materials, which are critical for reducing weight, energy consumption, and CO2 emissions in transport applications. This aligns with the Institute’s mission to deliver sustainable composite solutions for the benefit of society and the global community.

In summary, the new ASC Econoclave at the Bristol Composites Institute represents a major step forward in composite research, offering enhanced capabilities and supporting the development of innovative, high-performance materials.

Website: www.bristol.ac.uk/composites