陶瓷分散剂供应（水处理药剂批发）

陶瓷分散剂KR-908主要成分为阴离子型聚合物的盐，本品能够吸附在各种微小颗粒表面并产     生静电斥力使之分散，避免沉降、返粗。KR-908主要用于磁性材料、电子陶瓷、造纸工业、氧化铝陶瓷、日用陶瓷等行业的添加剂，在浆料的研磨加工过程中加入陶瓷分散剂KR-908能极大地降低被加工       物料的粘度，便于物料的加工，且分散后浆料粘度稳定。在产品焙烧过程中全部挥发，对产品的物化性能毫无影响。本品泡沫少、无毒、无腐蚀，属非危险品。

• 在研磨机或搅拌池（桶）内先放置含有一定水分的原料，加入定量的陶瓷分散剂KR-908，研磨加工后可获得稳定性、流动性良好的高固体含量的浆料，减少其用水量，利于研磨和缩短干燥工序的用期。在干压法或半干压法生产粉料中，喷雾造粒所得的干粉在压制过程中，具有很好的强度，大大增强半成品的耐磨损性，减少烧成时收缩不均、开裂等缺陷。

• 陶瓷分散剂KR-908一般添加量为物料的0.2-2%左右（固体/固体）；最佳用量可根据实验而定。也可与无机磷酸盐分散剂混合使用。

The main component of ceramic dispersant KR-908 is the salt of anionic polymer. This product can adsorb on the surface of various small particles and generate electrostatic repulsion to disperse them, avoiding sedimentation and coarsening. KR-908 is mainly used as an additive in industries such as magnetic materials, electronic ceramics, papermaking, alumina ceramics, and daily ceramics. Adding ceramic dispersant KR-908 during the grinding process of the slurry can greatly reduce the viscosity of the processed material, facilitate material processing, and stabilize the viscosity of the slurry after dispersion. All volatilization during the product roasting process has no impact on the physical and chemical properties of the product. This product is a non dangerous product with less foam, no toxicity and no corrosion.
Place raw materials containing a certain amount of moisture in the grinder or mixing tank (barrel), add a quantitative amount of ceramic dispersant KR-908, and after grinding, obtain a stable and flowable high solid content slurry, reducing its water consumption, which is beneficial for grinding and shortening the drying process. In the production of powder by dry pressing or semi dry pressing, the dry powder obtained by spray granulation has good strength during the pressing process, greatly enhances the abrasion resistance of semi-finished products, and reduces defects such as uneven shrinkage and cracking during firing.
The general addition amount of ceramic dispersant KR-908 is about 0.2-2% of the material (solid/solid); The optimal dosage can be determined based on experiments. It can also be mixed with inorganic phosphate dispersants.