Muscovite White Flakes Synthetic Mica 150MPa Tensile Strength Chemical Raw Materials

92% Whiteness  synthetic mica  CAS NO 12001-26-2

►Description 

     Fluorion mica is also called synthetic fluorocarbon mica.It is made of chemical raw materials

with high temperature melt cooling and crystallization, and its single chip is KMg3(AlSi3O10) F2,

which belongs to monoclinic crystal system, and is typical layered silicate.It is better than the

natural mica, many performance such as heat resistance up to 1500 ℃ above, under the condition

of high temperature, synthesis of fluorine phlogopite volume resistivity more than 1000 times the

natural mica, good electrical insulation, high temperature vacuum degassing is extremely low, and

the resistance to acid and alkali, transparent, can be divided into strip and the elastic characteristics,

is motor, electric appliance, electronics, aerospace and other modern industrial important non-metallic

insulation materials and high technology.

►Specification

►Application 

mica ceramic

   ► FAQ

1. What's your payment terms?

T/T western union or L/C.

2. What's your delivery time?

Usually we will arrange the shipment in 3 -15 days, due to different products you

choose.

3. How about the packing?

Usually we provide the packing as 25 /50 kg / bag , or as your request bag.

4. How about the validity of the products?

According to the products you ordered.

5. What documents you provide?

Usually, we provide Commerical Invoice, Packing List, Bill of loading, COA , and

Origin certificate. If your markets have any special requirements, let us know.

6. What is loading port?

Usually is Shanghai, Qingdao or Ningbo.

7. Why choose our company?

We are professional company ,we have been exporting this product for years.We

have specialized term work

8. What payment tearms you can accept ?

We can accept LC at sight ,and 30% advance payment +70% dp at sight

LC , moneygram

9. What is your MOQ?

1tons

10. How about your quality ?

We prefer client first checking samples before order.