Conductive reinforced mineral fiber

2023-11-20 10:36:52   317

The conductive reinforced mineral fiber material developed by the company is made by surface treatment of ultra-fine, high aspect ratio mineral fibers with conductive carriers and additives.This product can be applied to thermoplastics, engineering plastics, PBT/PET alloy materials, special ru


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The conductive reinforced mineral fiber material developed by the company is made of conductive carrier and auxiliary to treat the surface of ultra-fine and high aspect ratio mineral fiber. This product can be used in thermoplastic, engineering plastics, PBT/PET alloy materials, special rubber and other fields. It can not only make the polymer material conductive (antistatic), but also improve bending strength, flexural modulus and tensile strength, linear expansion coefficient (CLTE) and temperature resistance, improve surface appearance, and improve warping deformation and scratch resistance. Compared with other conductive reinforcement materials, it has a more prominent cost advantage, and takes into account mechanical and appearance properties.

It is mainly used in anti-static box (rack), anti-static trolleys, anti-static electric chairs, anti-static turnover boxes, trays, component box, human body protection, building protection, production tools and other products that need to eliminate or reduce static electricity; In addition, it can also be used in coal mines, automobiles, instruments and meters, paints, textiles and building materials and other industries that need anti-static electricity.

Application performance index of conductive reinforced mineral fiber in PP

Test performance

Test method

PP

PP+ conductive reinforced mineral fiber

Tensile StrengthMPa

GB/T1040

13.8

15.8

Elastic modulus MPa

GB/T1040

711

1127

Bending strength MPa

GB/T9341

17.5

20

Flexural modulus MPa

GB/T9341

730

827

Simply supported beam impact strength KJ/m 2

ISO179-2000

56.2

53.8

Surface resistance ( 100V Ω

GB/T1410-2006

5.83 × 10 14

4.33 × 10 5

Adding amount %

/

0

5