Adsorption Air Dryer, Mic-Heat Adsorption Dryer, Desiccant Air Dryer manufacturer / supplier in China, offering Mic-Heat Adsorption Desiccant Compressed Air Dryer, Freeze Dryer Type Air Purifie Refrigerated Air Dryer, Gas Machine Nitrogen Generator Purify 99.9% and so on.
●Operational Method: Intermittent
●Drying Medium: Air
●Heating Mode: Transmission
●Type of Flow: Contra-Flow
●Sprayer: Air-Flowing Type
●Heating Power: 3.0 Kw
●Mqq: 1 Set
●Warranty: 18 Month
●Package: Export Carton with Pallet
●Origin: China Zhejiang
●Structure: Air Flow Drier
●Operation Pressure: 04-1.0Mpa (1.0-3.0Mpa is avialable)
●Appearance of Dried Sample: Bulk
●Movement Way: Fixed
●Type of Atomization: Pressure Atomization
●Product Name: KBH-8 Mic-Heat Adsorption Desiccant Compressed
●Desiccant Weight: 260kgs
●HS Code: 8419399090
Packaging & Delivery:export carton with wooden pallet
Delivery Detail:30 days
Reasonable cylinder design: to ensure that the desiccant-compressed air contacting time can meet the requirement for the finished air dew point.
A 30% surplus desiccant: available to compensate the loss due to natural ageing so as to keep the dryer running at an optimal state during its anticipated life span.
Large-sized diffuser: to ensure that the airflow passes through the desiccant layer evenly, and to eliminate the channel flow completely.
Excellent barrel design: to save 95% of the absorbed heat. The stored heat is used to elevate the regeneration air temperature, and the equipment efficiency.
Reversal convection scheme: to carry out the drying and regeneration process and to achieve an optimal efficiency when the wet air flows through the dried adsorbent desiccant.
Regeneration air consumption: can be adjusted according to the desiccant loading demand during the operation.
Proper barrel size: to ensure that the optimal flow speed and time are maintained when the air passes through the desiccant layer.
Reasonable system configuration: to ensure that the high efficient de-oil treatment has removed the oil and heavy pollutants in the airflow just before the airflow enters the barrel. In this way, the pollution to the desiccant layer is minimized.