The composite formed body can be produced by heating at least one of the polyamide resin and the thermoplastic polyurethane resin and joining the heated resin to the other.

Heated, substantially degassed resin is then injected into the mold cavity, which flows through the second gap over the coated surfaces of the article and into the resin-depleted areas to impregnate the depleted areas.

The method comprises heating the liquid resin to lower its viscosity, infusing a porous form with the heated resin and curing the infused resin to form the part.

It is a material impregnated with a heated resin, which is then subjected to high pressure to become a solid material.

Manufacturers create fiberglass windows by running strands of glass fiber through a heated resin.

The infused resin preform is heated to the curing temperature of the resin to provide final curing of the resin.

Furthermore, when a die is heated, the cured epoxy resin is carbonized.

The solution slurry may be concentrated and heated prior to precipitation of the polymer resin.

The resin of the resin layer is heated and cured while pressing a flat plate in a reduced-pressure chamber.

The composite formed body can be produced by heating at least one of the polyamide resin and the thermoplastic polyurethane resin and joining the heated resin to the other.

Heated, substantially degassed resin is then injected into the mold cavity, which flows through the second gap over the coated surfaces of the article and into the resin-depleted areas to impregnate the depleted areas.

Alternatively, the ion exchange resin may be washed with water prior to heating.

The resin composition is heated so that the solder powder contained in the resin composition is melted.

A crystalline polymer resin, e.g. pet, is heated to melting.

The resin (5) is heated so as to melt and cooled down to seal the module.