Used K&S 8028 PPS #9267117 for sale

K&S 8028 PPS is a thermoplastic bonder designed for the fabrication of solvent-resistant, high-strength bonds. Offering a unique three-zone heating structure and a uniform, precise heating pattern, K&S 8028PPS allows for the fast, clean fabrication of a variety of materials, including acrylic, PVC and polypropylene. K&S 8028 utilizes a powerful heating element to evenly heat the bonding area, providing temperatures reaching up to 750°F (400°C). This heat is distributed across three separate zones within the housing, enabling users to precisely control the amount of heat applied to the materials being bonded. The top zone is composed of an adjustable nozzle, a progressive temperature setting and an infrared temperature sensor. The second and third zones are uniform in heat flux to insure uniform bonds. 8028 PPS is highly effective for bonding materials which require neat and clean joining surfaces. It utilizes advanced hot air technology, coupled with its uniform heating pattern to produce remarkable strength bonds, capable of withstanding heavy loads and wear and tear. As an added benefit, 8028PPS operates silently, reducing workplace noise and providing comfortable operating conditions. K&S 8028 PPS is lightweight and can be easily mounted on a work surface via its adjustable base. This helpful detail allows the user to better manage and store the device, as well as providing greater flexibility with respect to application methods. Additionally, its ergonomically designed cooling shields protect the operator from potentially dangerous levels of heat. K&S 8028PPS is suitable for bonding applications involving two or three layers of thermoplastic material. It provides the user with full customization over the temperature setting, and it is capable of working at speeds faster than other competitive models, helping to significantly reduce production time. Its hot air technology makes it an ideal choice for craftspeople, carpenters, cabinet makers, fabricators and other first time users.