聚烯烃/热塑性树脂专用水滑石 C-12

一、产品特点

- 中和聚烯烃加工或降解过程中产生的酸性副产物延缓材料老化

- 使分子间链接延长

- 减少熔体破裂机会，提高熔体流动性，减少能耗与设备磨损。

- 促进和改善结晶，促使晶粒结构微细化

- 提高材料弯曲模量和拉伸强度/冲击强度和韧性

- 提高制品展色性和表面光泽度

- 提高塑料的热变形温度，增强材料高温下的稳定性

二、技术参数   

项目                                  指标                                   

外观                              白色超细粉末           

平均粒径（D50）                      0.8 μm                     

pH值（5%水悬浮液）                  8.0-9.0                                 

水分含量（105℃，烘箱2小时）         0.5%   

细度                                 纳米                 

三、应用领域

聚烯烃树脂PP、PE，热塑性树脂PC、PA、ABS、TPU、PET等。

四、检测数据

五、包装与储存   

-15kg、20kg、25 kg/袋，复合纸塑袋包装，按一般化学品保存于阴凉干燥处 。

Hydrotalcite C-12 Specifically for Polyolefins/Thermoplastic Resins

I. Product Features

· Neutralize the acidic by-products generated during the processing or degradation of polyolefins, and delay the aging of the materials.

· Prolong the intermolecular linkages.

· Reduce the chance of melt fracture, improve the melt fluidity, and decrease the energy consumption and equipment wear.

· Promote and improve crystallization, and make the grain structure refined.

· Increase the flexural modulus, tensile strength, impact strength and toughness of the materials.

· Improve the color development property and surface gloss of the products.

· Raise the heat distortion temperature of the plastics and enhance the stability of the materials at high temperatures.

II. Technical Parameters

IV. Application Fields
Polyolefin resins such as PP and PE, and thermoplastic resins such as PC, PA, ABS, TPU, PET, etc.

V. Packaging and Storage

· Packed in 15 kg, 20 kg, or 25 kg/bag composite paper-plastic bags. Store it in a cool and dry place according to general chemical storage requirements.

Neutralize the acidic by-products generated during the processing or degradation of polyolefins, and delay the aging of the materials.

Prolong the intermolecular linkages.

Reduce the chance of melt fracture, improve the melt fluidity, and decrease the energy consumption and equipment wear.

Promote and improve crystallization, and make the grain structure refined.

Increase the flexural modulus, tensile strength, impact strength and toughness of the materials.

Improve the color development property and surface gloss of the products.

Raise the heat distortion temperature of the plastics and enhance the stability of the materials at high temperatures.

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