特点
▲ 采用进口优级质蜂巢转轮,除湿效果好、寿命长、维护成本低;
▲ 整机特别注重管路的设计流畅性,采用、最简洁的管路设计，以减少系统压损,减少耗能,提升系统风量;
▲ 整机环保节能设计，再生电热系统采用高性能保温材料，且转轮工作区之间隔热良好,避勉热能外传，较之其它除湿机可节能30%以上;
▲ 由于采用进口优质新型蜂巢，再生温度150℃比颗粒分子筛除湿机再生温度200℃节省再生耗能40%以上;
▲ 回风与再生均装有高精度过滤器，确保蜂巢转轮不受粉尘污染;
▲ 回风采用双冷却设计，以保护风机和得到更低的回风温度来确保干燥风露点温度;
▲ 采用P.l.D温度控制系统，可精确控制再生温度;
▲ 标准配备预约开机与间歇式运转功能，可方便实现机器的开、关机控制.且可节省能源;
▲ 具有超温警报,电源相序错误，马达过载等保护功能;
▲ 结构紧凑，外形美观，维修保养方便，故障率低。
▲ 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.
产品简介
为何要使用蜂巢除湿机
塑胶产品沦为次级品或不良品，其多数原因为成型前塑料未充分除湿干燥所致，尤其吸湿性很强的塑料如PET、PA、PMMA、PBT等，实践证明降低干燥风的露点到-40℃以下，同时控制热量使之吹过含湿性塑料颗粒表面，才能使它在成型之前含水率降低到0.02%以下。
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
