05 July 2011
05 July 2011
Wisconsin Oven has designed and manufactured a gas-fired walk-in batch oven to cure composite material for the aerospace industry.
The oven is divided into two independent chambers that are separated by a vertical lift door which can be opened to combine the chambers for curing long parts. The front section of the composite curing oven has a useable chamber length of 25’0”and the rear section has a useable chamber length of 20’0”. When the centre door is open the curing oven has an overall useable chamber length of 45’0”. The oven was designed with the capacity to heat a 3,500 pound load (per oven section) of composite material from 70° to 300° F within one hour when loaded into an ambient oven.
The composite curing oven has total chamber dimensions of 12’0” wide x 46’0” long x 8’0” high and a maximum operating temperature of 500º F. The composite curing oven is constructed with 6” thick tongue and groove panel assemblies and 20 gauge aluminised steel interiors and ductwork. Each individual chamber utilises a 1,500,000 BTU per hour industrial air heat burner including a motorised gas control valve, flame detector and flame relay with alarm horn. The front chamber recirculation system has a 37,000 CFM @ 30 HP blower and the rear chamber has a 30,000 CFM @ 25 HP blower. A combination airflow design was used to maximise heating rates and temperature uniformity.
The industrial batch oven is specifically designed with composite curing features for precise temperature and pressure control. The exhaust features motorised dampers on both the fresh air inlet and the exhaust outlet for enhanced heating and cooling capabilities. The vacuum system has a total of eighty (80) interior vacuum stubs and forty (40) vacuum ports located throughout the oven. The oven also has eighty (80) type “J” thermocouple jacks and a jack panel wired to the data acquisition system for control and recording. All of these composite curing features provide the customer with the ability to closely monitor part temperatures for a high quality cure. For more information on composite curing ovens visit our website at
Alvant has been appointed to work on a two-year, £28 million project titled Large Landing Gear of the Future, which aims to deliver a 30% weight reduction and assist the aerospace industry’s drive to reduce fuel consumption and carbon emissions.
Hexadrone’s 3D printed Tundra prototype, manufactured by CRP Technology via laser sintering (LS) technology using Windform SP and Windform XT 2.0 carbon composite materials, has won the Red Dot Award 2018 in the drone category.
UK company Norco Composites has invested in a larger spray booth and a new cutting and kitting machine to enable the company to increase productivity in line with growing demand from its marine customers.