Achieve the desired fiber content (resin-to-fiber ratio) and the absence of resin voids to produce lightweight and strong components. process parts and materials which require exposure to elevated pressure and temperature for the curing.
Provide heat distribution and faster cure speeds across coverage areas of varying sizes.
Heat up and/or cool down samples. Typically used to coat, dry, hardening, or purification of samples. Max temperature of 2500°C.
Achieve the desired fiber content (resin-to-fiber ratio) and the absence of resin voids to produce light weight and strong components. process parts and materials which require exposure to elevated pressure and temperature for the curing.
Drying applications under controlled conditions at either normal atmosphere or a vacuum. Can be used to desiccate, for vacuum embedding, plating and electronic component processing applications.
The production of test specimens from as little as 5 g of material. Different materials can be used (powder, pellets, or melts) and different specimen geometries available.
Produces a vacuum or desired atmosphere conditions. This desired environment will prevent any surface reaction or contamination. Entire applications can take place under this conditions through the introduction of an inert gas. Used for thermal processes.
Produces a vacuum or desired atmosphere conditions. This desired environment will prevent any surface reaction or contamination. Entire applications can take place under this conditions through the introduction of an inert gas. Used for thermal processes.
Quickly heat up and/or cool down samples. Operates with the following specifications: Max temperature of 1100°C, 120 Volts, 6.8 Amps, 0.8kWatts, and 50/60 Hz. Typically used to coat, dry, hardening, or purification of samples
Supplies 400 watts for the Dymax Curing Flood Lamp
