characteristic

▲ Adopting imported high-quality honeycomb wheels, with good dehumidification effect, long service life, and low maintenance costs;
▲ The whole machine pays special attention to the smoothness of pipeline design, adopting the most reasonable and concise pipeline design to minimize system pressure loss, reduce energy consumption, and improve system air volume to the greatest extent possible;
▲ The whole machine is designed for environmental protection and energy conservation. The regenerative electric heating system uses high-performance insulation materials, and the heat insulation between the rotating wheel working areas is good, avoiding the transfer of heat energy. Compared with other dehumidifiers, it can save more than 30% energy;
Due to the use of imported high-quality new honeycomb, the regeneration temperature of 150 ℃ saves more than 40% of regeneration energy compared to the particle molecular sieve dehumidifier's regeneration temperature of 200 ℃;
▲ Both the return air and regeneration are equipped with high-precision filters to ensure that the honeycomb wheel is not contaminated by dust;
▲ The return air adopts a dual cooling design to protect the fan and obtain a lower return air temperature to ensure the dew point temperature of the dry air;
▲ Adopting P.L.D temperature control system, which can accurately control the regeneration temperature;
▲ Standard equipment includes scheduled start-up and intermittent operation functions, which can facilitate the control of machine on/off And it can save energy;
▲ It has protection functions such as over temperature alarm, power phase sequence error, motor overload, etc;
▲ Compact structure, beautiful appearance, easy maintenance and repair, low failure rate.

▲ Adopt imported high quality honeycomb rotor, which features effective dehumidifying, long life and low maintenance cost.
▲ The machine features optimized design of piping system, applying the most reasonable and simplified layout of the pipes to reduce the pressure loss and energy consumption, and increase air Volume of the system.
▲ Environment-friendly design, regeneration heating system made with high performance insulation materials and rotor working areas are sealed and insulated to avoid heat dissipation,saving energy up to 30% as compared to other traditional dehumidifiers.
▲ By using of the new type of honeycomb,which only requires 150℃ regeneration temperature as compared with 200℃ regeneration tempaerature of molecular sieve honeycomb rotor,energy can be saved up to 40%.
▲ High performance filters for both return and regeneration air to avoid contamination of the rotor by dusts.
▲ Double cooling system for return air can protect the blower and get lower return air temperature to ensure the low dew-point of the dry air.
▲ Adopt P.I.D. temperature control system for accurate control of the temperature
▲ Standard with auto start and intermittent working function, convenient for start/stop of the machine and energy saving.
▲ Featured with overheat alarm, phase sequence error and motor overload alarm;
▲ Compact design, easy maintenance and low failure rate.

Product Introduction

Why use a honeycomb dehumidifier
Plastic products have become substandard or defective, mostly due to insufficient dehumidification and drying of the plastic before molding, especially for highly hygroscopic plastics such as PET, PA, PMMA, PBT, etc. Practice has shown that reducing the dew point of the drying air to below -40 ℃ and controlling the heat to blow over the surface of the wet plastic particles can reduce its moisture content to below 0.02% before molding.

Why to use Honeycomb Dehumidifier
If your product has such problems which are regarded as low grade or bad quality as shown on the left, for most of the cases, the reason is that the raw materials are not completely dried before moulding, especially for hygroscopic engineering plastic materials, such as PET,PA,PMMA,PBT,etc As practically proved, only air flow of high temperature and low dew-point down to -40 ℃ can make the hydrous plastic materials to reach moisture content below 0.02%before moulding