High Performance Polyurea Spray Machine

Characteristics
Pusmak’s hydraulically driven KPX 40 proportioning machine is engineered and manufactured to fulfill the needs of polyurea applications on large areas. With its precise proportioning capacity, Kpx 40 assures contractors with a very well-proportioned mixture of two components. The machine is equipped with the entire necessary technical feature to comfort users during application. It enables two team work at the same time with a machine.

Pre-Heater System  

The pre-heater system of Kpx 40 is equipped with two different heating blocks for each component. Each block consists of 4 electrical resistances of 1500 Watts which makes at a total heating power of 6000 W for each component. Consisting of a total power of 12000 W, the pre-heating system fulfills the necessities of a balanced heating need for polyuria elastomers and spray foam application.

Hose Heating System
Pusmak’s KPX 40 polyurethane proportioning machine’s heating system is manufactured with transformer of 4000 W which allows using of copper wired heated hose system.  Copper wired heated hoses supply a very homogenous heating all through the heated hose.

Control Panel

The simple and useful electrical and electronical design of machine makes it easy for user to check everything easily. Moreover, specially designed phase control and correction system prevents the costly repairs resulting from misconnection to electricity plugs. PLC screen on the control panel allows user to control everything quickly and easily. The specially coded software inside enables user to choose language options, limit the cycle to be shut, follow the total working hours, activate compressor if connected through machine, control pressure tolerance limit and check the error history for diagnosing any potential problems. Pusmak pays a special interest on using high quality materials for all the electronic parts used in the system.

Proportioning Unit
Proportioning unit which is also named as reactor part is a kind double direction cylindrical twin pump. Symmetrical design enables equal proportioning for two components materials of polyurethane foam and polyurea elastomers. The hydraulic power source behind the unit drives the proportioning unit from one point at the very middle of the unit.