Used UNOAIR HJ-10G #9247057 for sale

UNOAIR HJ-10G is a photoresist developed by UNOAIR Corporation for the purpose of metal plating. This photoresist equipment is formulated to tackle a variety of challenges associated with metal plating, including etching, masking, and reliefing. It has a low viscosity, yet provides superior edge definition which is best for fine resolution lines. Additionally, it creates excellent brightness and resolution due to its high photo sensitivity and lithographic performance. HJ-10G photoresist system consists of three components: a photosensitive resin, a sensitizing agent, and a hardener. The photosensitive resin in the unit is a thermally-cured aromatic amine epoxy polycondensate, which is easily applied to a variety of conformable and irregular substrates, such as aluminized steel or printed circuit boards. The sensitizing agent in the machine is a light sensitive catalyst which helps to initiate crosslinking between the photosensitive resin and the hardener. The hardener is a cross-linking agent which catalyzes the curing of the photosensitive resin. This generates a hard, durable film which is capable of withstanding high temperatures up to 300 °C (572 °F). The properties of the tool also make it suitable for use in a variety of etching and masking operations. The uniform film results obtained by this photoresist asset provide excellent resolution and edge definition in the etched parts. This allows for high accuracy in the etching process. Additionally, the good solder maskability makes the model ideal for use in the production of printed circuit boards. The equipment also adheres well to a variety of materials which makes it suitable for components with complex shapes and sizes. Overall, UNOAIR HJ-10G photoresist system is designed to provide reliable performance, superior accuracy and resolution, and excellent solder maskability and adhesion. As a result, it is used in a variety of applications, including surface mount technology, electroless plating, printed circuit boards, and etching. Its use in these areas has helped revolutionize large scale manufacturing, enabling more efficient production and reducing the time and cost associated with new product development.