芳纶浆粕

芳纶浆粕是对芳纶纤维进行表面原纤化处理之后得到的差异化产品，作为性能优异的增强材料，在摩擦材料，密封材料及特种造纸中得到广泛的应用。同时芳纶浆粕出色抓捕能力，能在制品加工过程中改善制品的加工性能，并有助于摩擦材料在高温区获得稳定的摩擦系数。同时芳纶浆粕还可应用在涂料和粘合剂中，起到抗撕裂的作用。

Aramid Pulp

Aramid Pulp, pulp-like fibrillated aramid fiber, is well applied as reinforcement material in the formulation of composites for the production of friction material, sealing material and speciality paper. Labon's aramid pulp features good power-retaining capability. It helps improve processing property which leads to stable friction coefficient in high-temperature area for friction material.

腈纶浆粕

腈纶浆粕是对腈纶纤维进行表面原纤化处理之后得到的差异化产品，应用在摩擦材料，密封材料中作为增韧补强材料。腈纶浆粕出色的比表面积能在材料加工过程中改善材料的加工性能，同时其较低的硬度和蓬松的结构，对于降低摩擦材料的噪声有明显的帮助。

Acrylic Pulp

Acylic Pulp, pulp-like fibrillated acrylic fiber, is also a well-applied reinforcement material. It has even higher surface area than aramid pulp and works well in reducing noise for friction material.

芳纶腈纶复合浆粕

将芳纶纤维和腈纶纤维按一定比例复配后，同步原纤化而成。复合浆粕兼备芳纶浆粕和腈纶浆粕的特点：在有效提高制品的综合机械性能，赋予制品良好的表面特性和尺寸稳定性的同时，具有很好的性价比。

Aramid/Acrylic Composite Pulp

A highly-fibrillated blend of aramid fiber and acrylic fiber according to designed ratio. It provides an alternative to higher demand in balance between cost and performance.

芳纶微纤

芳纶短切纤维经过特殊的设备和工艺实现高强高模芳纶的微纤化。 微纤在保持对位芳纶强度、韧性、耐温性等优良特性的同时，具有优异的加工性能，赋予制品很好的强度和耐磨性。

Aramid Microfiber

Micronized aramid fiber achieved by Labon’s self-designing machine and processing procedure. It’s usually used as filler to give better tensile strength and wear-resistance.

腈纶微纤

采用特殊的加工设备实现韧性腈纶短切纤维的微纤化。 腈纶微纤在保持腈纶良好韧性和界面性能的同时，具有优异的加工性能，赋予制品很好的韧性和表面光洁性。

Acrylic Microfiber

Micronized acrylic fiber achieved by Labon’s self-designing machine and processing procedure. It can give better toughness and polishing effect for friction material.

导电浆粕

导电浆粕是对位芳纶浆粕经改性后具备导电功能的产品，可提供干态和湿态两种状态。作为兼具原纤化结构和导电作用的材料，导电浆粕可⽤于涂料、 粘合剂、密封和纸基类产品提供基体增强和抗静电性能。导电浆粕在少量添加的情况下就可以达到⾮常好的抗静电甚⾄是导电效果，干态和湿态也可以适用于不同的混合分散体系。

Conductive pulp is a product of modified para-aramid pulp with conductive function, which can be supplied in dry and wet condition. As a material with both fibrillated structure and conductive properties, conductive pulp can be used in coating, adhesive, seal and paper-based product to provide matrix reinforcement and antistatic properties. The conductive pulp can achieve very good antistatic and even conductive effect by adding a small amount volume. The dry and wet condition can be applied to different mixing and dispersion systems.