超高分子量聚乙烯板产品系列
（以下均为产品细化分类介绍）
---纯料级别
平均分子量约为5,000,000g/mol。
所有超高分子量级别的聚乙烯都具有平衡性能特征。具有优越的耐磨和耐腐蚀性能，即使处于-200℃一下的温度环境，仍具有优越的冲击强度。其主要使用领域为：普通的机械构件、瓶体、制罐和包装机械、化工和电镀工业、冷冻设备、纺织工业及散装材料的储存系统等。
---再生料级别
该级别材料含有特殊再生处理的材料，总体性能比纯料级别的产品低一些而价格更低廉。
与一般的PE相比，其冲击强度和耐磨性能更好。此材料是一种经济型的UHMW-PE，用于材料处理设备上。
---抗静电级别
平均分子量约为4,500,000g/mol-5,500,000g/mol。为满足韧性高且耐腐蚀的要求而开发的，所使用的填料使该材料具有抗静电和抗紫外线性能。在运送某些散装材料或在室外使用时，减少了因静电而产生粉尘爆炸的危险。
---抗磨排静电级别
平均分子量约为5,500,000g/mol-7,000,000g/mol。
特别适用于需要绿色及无碎渣脱落的（无石墨和碳颗粒）排静电材料的领域使用。使用适当成分的填料亦使具有更优越的耐磨性能。
---阻燃级别
平均分子量约为5,500,000g/mol。
此级别板材系由具有很高聚合度的聚乙烯在高压下生产而成，具有特效阻燃性。特殊开发的这种材料改进了原聚乙烯材料的不良易燃性，满足了10毫米厚UL94V-0和自阻燃的需求。所使用的填料使其材料具有抗静电特性。
另一个特点是该系列板材的阻燃特性更适合在工业中具有潜在可易燃环境中使用，例如：材料运送、一般机械构件、运输系统等。
---高负载抗腐蚀级别
平均分子量约为4,500,000g/mol-5,500,000g/mol。
由于该材料所具有的超高分子量和特殊的制造工艺使之具有优秀的耐磨性和耐腐蚀性。我司生产的该系列产品经过多年的生产经验以及客户反馈中已经证明了其能在各种工业领域中承担最大韧性负载和耐磨工作。
---高负载耐磨级别
平均分子量约为9,000,000g/mol。
该系列产品是摩擦系数最低的一种产品，添加一种独特的固体润滑剂，令该产品在不同压力下仍然维持良好的抗磨性能。
---超耐磨级别
平均分子量约为9,200,000g/mol。
该产品是一种非常耐磨和局部交连结合超高分子量级别的聚乙烯，该产品具有综合良好的耐磨性，尺寸稳定性，非常低的热膨胀性和耐腐蚀性的优点，使该产品非常适合应用在需极端耐磨和滑动要求的环境下。
---自润滑级别
平均分子量约为9,000,000g/mol。
该产品为添加了二硫化钼的超高分子量聚乙烯产品，其动摩擦系数会随动负荷而降低，使其具有在没有润滑剂和干燥的环境下保持极好的耐磨及滑动性。
---抗辐射级别
平均分子量约为5,000,000g/mol。
加硼的UHMW-PE产品系列以研制开发出来，用于核装置中的中子遮罩用途。UHMW-PE中的内在高氢成分使其特别适用于将快速中子减低至低能量热（低）中子，然后这些中子被添加的硼化物吸收。
HMW-PE和UHMW-PE均适用与中子遮罩，通常UHMW-PE优先选用，因其在高温下拥有良好的形状稳定性能及优越的抗冲击强度和耐磨性能。
我司生产的该系列产品亦可满足某些特别用途的需求。加硼的重量范围可以从1-30%。
Ultra high molecular weight polyethylene board product line
(detailed product classification is described below)
--- pure material level
The average molecular weight is about 5 million grams per mole.
All ultra-high molecular weight grade polyethylene has the characteristic of equilibrium. With superior wear resistance and corrosion resistance, even in - 200 ℃ temperature environment, it still has the superior impact strength. Its main application areas are: general mechanical components, bottle body, canning and packaging machinery, chemical and electroplating industries, refrigeration equipment, textile industry and bulk material storage systems.
--- - regenerated material level
This class of materials contains specially recycled materials with lower overall performance and lower price than pure materials.
Compared with PE, its impact strength and wear resistance are better. This material is an economical type of uhmw-pe used in materials processing equipment.
-- -anti-static level
The average molecular weight is approximately 4.5 million g/mol- 5.5 million g/mol. Developed to meet the requirements of high toughness and corrosion resistance, the fillers used make the material anti - static and anti - ultraviolet properties. It reduces the risk of dust explosion due to static electricity when transporting some bulk materials or when used outdoors.
-- -antiwear and exhaust static level
The average molecular weight is approximately 5.5 million g/mol-7 million g/mol.
It is especially suitable for the field of electrostatic discharge materials that require green and non-slag shedding (no graphite and carbon particles). The packing with proper composition also has better wear resistance.
-- -fire retardant level
The average molecular weight is about 5.5 million grams per mole.
This grade is made of polyethylene with high degree of polymerization under high pressure. The specially developed material improves the poor flammability of the original polyethylene material and satisfies the requirements of 10 mm thick ul94v-0 and self-flame retardant. The filler used makes the material antistatic.
Another feature is that the flame retardant characteristics of this series of plates are more suitable for use in industrial potentially flammable environments, such as material transportation, general mechanical components, transportation systems, etc.
-- high load corrosion resistance level
The average molecular weight is approximately 4.5 million g/mol- 5.5 million g/mol.
Due to the high molecular weight and special manufacturing process, the material has excellent wear resistance and corrosion resistance. The series of products produced by our company have been proved to be able to bear the maximum toughness load and wear resistance in various industrial fields through years of production experience and customer feedback.
-- high load wear-resistant level
The average molecular weight is about 9 million grams per mole.
This series of products has the lowest friction coefficient, adding a unique solid lubricant, so that the product can still maintain good wear resistance under different pressure.
-- -super wear-resistant level
The average molecular weight is approximately 9.2 million g/mol.
This product is a kind of very wear-resistant and local pay even the level of combination of ultra-high molecular weight polyethylene, the product has integrated the good abrasion resistance, dimension stability, very low thermal expansion and the advantages of corrosion resistance, make the product is very suitable for application in extreme wear-resisting and sliding the requirements of the environment.
-- -self-lubricating level
The average molecular weight is about 9 million grams per mole.
The product to add the ultra-high molecular weight polyethylene products, molybdenum disulfide servo load and decrease of the friction coefficient and make its have in dry environment without lubricant and maintain excellent abrasion resistance and slip resistance.
-- -radiation resistance level
The average molecular weight is about 5 million grams per mole.
A series of uhmw-pe products with boron are developed for the use of neutron shielding in nuclear devices. The inherent high hydrogen content of uhmw-pe makes it particularly suitable for reducing fast neutrons to low energy hot (low) neutrons, which are then absorbed by added boron compounds.
Both hmw-pe and uhmw-pe are suitable for neutron shielding. Generally, uhmw-pe is preferred because it has good shape stability and excellent shock resistance and wear resistance at high temperature.
The series of products produced by our company can also meet some special needs. Boron addition can range in weight from 1-10%.
