供应YUANYING活性炭

远影活性炭具**械强度高、吸附速度快、吸附容量大、比表面积大、孔隙结构发达、脱色力强、特殊的电子性能、易于调控的表面基团、较强的耐酸、耐碱、耐高温等优点。
活性炭是一种具有丰富空隙结构和巨大比表面积的碳质吸附材料，被广泛应用于工业、农业、*、交通、医药卫生、环境保护等领域。根据用户要求不同，采用不同的生产方法，例如化学法，物理法，化学--物理法或者物理--化学法。
常用的活性炭有空气净化活性炭，水处理活性炭，载体用活性炭。
空气净化活性炭，具有比表面积大、孔隙结构发达、吸附能力强、机械强度高、易再生等优点。能有效吸附空气中的甲醛、氨、氡、、香烟、油烟等有害气体及各种异味，尤其是致癌的芳香类物质。广泛应用于气体、、、、、裂化气、惰性气体等的净化；原子设施的净化；防毒面具、滤毒器材的充填；脱降空气中污染物以及混合气体的分类提纯。
载体活性炭，是指催化剂负载在活性炭表面上，活性炭只是起到载体的作用。载体主要用于支持催化剂，使其具有特定的物理化学性能，而载体本身一般并不具有催化活性。
水处理活性炭，原料可以是椰子壳、核桃壳、杏壳、桃壳、木屑、煤质等，其中椰壳活性炭被公认为是较好的一种水处理活性炭。水处理的活性炭有粉状、颗粒状和柱状，其中颗粒状应用较广。活性炭的粒度越小吸附速度越快，但水头损失要增大，一般在8-30目较好。水处理的活性炭三项要求：吸附容量大、吸附速度快、机械强度好。除此之外，远影活性炭还具有比表面积大、孔隙结构发达、不易脱粉、阻力小、化学性能稳定，净化度高、使用寿命长、易再生等特点。
Yuanying activated carbon has high mechanical strength, quick adsorption speed, big adsorption capacity, large specific surface area, rich pore structure, strong decolorization capacity, special electronic properties, easy to regulate surface groups, strong acid-resistant, alkali-resistant and heat-resistant properties.
According to user’s requirements, different production methods are applied such as chemical method, physical method, chemical-physical or physical-chemical method.
The most common use of activated carbon is air purification, water treatment, catalyst carrier.
Air Purification Activated Carbon is made of wood, coal or coconut shell, granular or cylindrical appearance. For air purification, the best is coconut shell. It can efficaciously adsorb methanol, ammonia, radon, benzene, xylene, exhaust gas, lampblack, especially aromatic compound.
The raw materials of water treatment activated carbon have coconut shells, walnut shell, apricot, peach shell, wood, coal and so on, the coconut shell activated carbon is considered the best water treatment activated carbon. Water treatment activated carbon has powder, granule and columnar, among them granule is the most widely used. The smaller granularity, the faster absorption, but head loss increases, usually in 8-30 mesh is better.
Activated carbon as catalyst carrier also can be directly as catalyst. As a carrier, mainly used to support catalyst, lets catalyst load on its surface and makes it possess certain physical and chemical property, carrier itself generally does not have catalytic activity.