PMD uses a heat transfer (thermal conduction) method to efficiently evaporate moisture. Because heat is applied without passing through the air, it is less susceptible to the effects of outside humidity and temperature, allowing for stable drying.
Furthermore, the use of a double-structure hopper reduces the dispersion of exhaust heat and its impact on the surrounding environment. Minimizing unnecessary heat emissions also leads to reduced energy consumption, contributing to the maintenance of a clean and comfortable factory environment.
Its simple structure and few moving parts make it easy to maintain and enable stable operation.It is a highly practical drying solution for small-lot molding and for sites where energy and space saving are important.
Features of PMD
1. Environmental Measures
The use of conduction and heat transfer drying methods reduces exhaust emissions during drying, and the use of a double hopper minimizes exhaust heat, contributing to the creation of a clean factory environment.
2. Energy conservation
The dryer is a conduction/ Thermal Conduction Dryer + air purge type, and is designed to save energy (about half the energy required by a ventilation dryer).
3. Maintenance
The adoption of a retractable hopper and removable fins that allow material to slide easily makes cleaning easy and reduces the effort required for material changes.
4. Compact
The heater is inside the hopper, and Outer dimensions are W332 x D280 x H576 (741) mm, making it a compact design. It also weighs only 15 (20) kg. *The figures in parentheses are for PMD-3.0
