The input material for the recovery process consists of sintered hard tungsten carbide scrap, as well as soft scrap such as powders. Whether in electronics, coating technology, or high-temperature furnaces, where regular metals reach their limits, the refractory metals, alloys.

Powder coating is a popular industrial finish that can be used to coat a variety of materials, including metals, plastics, and ceramics. Powder coating typically works by applying the dry powder onto an item using an electric charge. This charge keeps the powder coat as tight as possible to the exterior. 

The powder itself will contain resin and pigments for coloring, as well as other potential additives that help to reach the desired levels of thickness, hardness or shine. The process used to make the powder coating stick to the surface starts by pushing the powder through a spray gun with compressed air.

 The added resistance to rust and corrosion that is provided by powder coatings allow the surfaces of steel beams, appliances, outdoor furniture, and similarly exposed material to stay clean and protected for much longer. There is a wide range of reasons as to why using powder coating may be the right option for the material you are looking to cover.

Because the coating is sealed onto the substrate with its electrostatic charge, the coating is held much tighter to the substrate. 

The input material for the recovery process consists of sintered hard tungsten carbide scrap, as well as soft scrap such as powders. Whether in electronics, coating technology, or high-temperature furnaces, where regular metals reach their limits, the refractory metals, alloys.