Meltblown fabric refrigeration industrial air cooler

NegotiableUpdate on 12/22

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Nature of the Manufacturer: Producers

Product Category

Place of Origin

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Overview

Part of the reason why meltblown fabrics become brittle and hard is due to uneven wire spraying and insufficient air flow from the cooling fan! Causing uneven heat dissipation and internal stress leading to brittleness! You can improve it by adjusting the melt volume of the extruder, adjusting the temperature of the hot air fan, and increasing the air volume of the cold air fan! Our company's meltblown fabric refrigeration industrial air cooler has a large air volume and an adjustable outlet temperature of 5-20 degrees, making it a good helper for you to solve problems.

Product Details

Meltblown fabric refrigeration industrial air coolerCustomer usage site:

Working principle diagram:

Meltblown fabric refrigeration industrial air coolerWorking principle:
1. The low-temperature fan used adopts a professionally designed two-stage or multi-stage cooling system, with an outlet temperature of -20 ℃ to 0 ℃, anti icing, anti humidity, low temperature resistance, large air volume, low noise, stable and reliable operation, and a wide range of applications;
2. Multiple defrosting methods are available for selection, with short defrosting time and good effect. The electric heating defrosting type with dual overheat protection can reduce temperature rise caused by defrosting and save energy consumption;
3. Fully waterproof and anti-corrosion shell design, using anti oxidation gas shielded welding technology, high cleanliness in the system, professional arrangement of heat exchangers to reduce wind side resistance, low contact thermal resistance, and high heat transfer efficiency;
4. The system has been optimized and designed with high energy efficiency ratio and a long range of air output. Compared with similar products, it has the characteristics of low energy consumption and long air supply distance;
5. Application areas include: melt blown fabric, workpiece cooling, tunnel cooling, laser, chemical, electroplating and oxidation, precision instruments, ink, printing, papermaking, hardware, casting, injection molding and vacuum forming industries, food cooling, pharmaceutical industries, electronic circuit boards, wave soldering and reflow soldering, space processing, welding and cutting, surface treatment, glass technology, jewelry processing, leather, aquaculture (various low-temperature cold air cooling conditions);
6. Fully intelligent temperature control system, designed for 24-hour non-stop operation of the unit.