三大基础化工原料的守护者：大同圆形逆流冷却塔填料价格 斜折波冷却塔填料 一、性能特点： 设计，具有通风阻力小，亲水性强，接角面积大等特点。 适应温度：65℃～-35℃ 阻燃性能好，氧指数≥30 二规格： 长度600-1000mm宽度500mm塑片厚度0.4-0.60mm 影响传热效果的主要因素：使用凉水塔目的是达到一定的降温效果，其主要取决于散热片、风机风量、凉水塔使用水量，以及的通风条件，安装位置也有一定的影响。 散heatplate:是凉水塔的关键部件，小型塔一般采用pvc片材hotpress或hotabsorb式，大型塔会采用木材，主要目的使空气与water's接触面在不影响wind阻时，越大越好，同时heatexchange率也达到large, heatplate影响传热的效果的两个参数，是heatplate形状和高度，在进行water tower安装，不要损坏heatplate，以免water flow不畅。s波冷却tower填料 一、performance及use 该filling结构design新颖，有good water contact area,cold effect good,mainly used in industrial counter-flow cooling towers,electric power plant double-curved cement cooling towers。 适应temperature:65℃～-35℃, fire-resistant performance good,oxygen index ≥30 二、specifications: Length:800-1400mm Width:500mm Plastic plate thickness: 0.40-0.60mm梯形cooling tower filling material One performance characteristics The step-shaped triangular wave filler is designed by the Water and Power Science Research Institute Cooling Water Laboratory, with a cross-sectional shape of the filler resembling a step triangle to increase the vibration and delay the falling speed of water film in the filler, prolonging heat exchange time and improving heat transfer performance. It has good overall performance with large channel area, strong bonding force, high steel degree for assembly parts suitable for wide use in industrial cooling towers produced from two materials - polyvinyl chloride (PVC) and polypropylene (PP). Suitable temperature range is 65°C to -35°C with excellent fire resistance and oxygen index ≥30 Two specifications External dimensions width250/300/350/400 mm length unlimited Plate thickness 0.35~0.50 mm Cooling towers are essential for circulating water heat transfer in industry production affecting China's industrial production costs and efficiency In China's industry production using cooling towers improperly will cause equipment overheating stopping production or high-water danger situations Cooling tower fillings are key factors promoting water heat circulation Therefore selecting appropriate coolings fillings Coolings Fill Cleaning Method One Manually clean out debris from inside cooler Towers Use high-pressure washer to repeatedly rinse fill material Remove sedimented impurities Add TBN safe cleaning agent dissolve it at around 50 degrees Celsius Use pump to circulate solution until clean Rinse thoroughly Kill bacteria algae before putting back into operation Test system confirm cleanliness Reinstall Check all systems Confirm all systems functioning properly Disassemble remove equipment Clean up site

Cooling Tower Fill Cleaning Method Two Temporarily set up a plastic sheet pool Pour cleaning agent into pool Submerge filled material soak until clean Rinse clean Install back into cooler Towers Clean bottom drain valve Install new valve Replace old one Test system confirm cleanliness Reinstall Check all systems Confirm all systems functioning properly Disassemble remove equipment Clean up site