Industrial Alumina Ceramic Crucible Cover

  • Industrial Alumina Ceramic Crucible Cover
  • Industrial Alumina Ceramic Crucible Cover
  • Industrial Alumina Ceramic Crucible Cover
  • Industrial Alumina Ceramic Crucible Cover
  • Industrial Alumina Ceramic Crucible Cover
  • Industrial Alumina Ceramic Crucible Cover
Industrial Alumina Ceramic Crucible Cover
  • yunxing
  • china
  • According to the quantity ordered
  • 3000-6000/month(Looking for distributors)

A. The alumina ceramic crucible lid is mainly made of alumina.
B. Can withstand high temperature of 1800 degrees Celsius, high temperature resistance.
C. Has excellent chemical resistance and high temperature resistance.

Industrial Alumina Ceramic Crucible Cover


My factory looking for distributors.


Alumina Ceramic Crucible Cover is mainly made of alumina. It is fired at high temperature with a special formula. It is a refractory with high fire resistance. It can withstand temperatures of 1800 degrees Celsius and high temperature resistance. It is usually used for smelting precious metals, nickel And other metals, with excellent chemical resistance and high temperature resistance.
All products through the German DIN standards: DIN43724 / DIN43725 / DIN40680

Alumina Ceramic

When the crucible is in use, the lid is usually placed on the crucible at an Angle to prevent the heated matter from jumping out and to allow air to flow in and out freely for possible oxidation reactions.

Alumina Crucible


Alumina ceramic performance index  (Notice of Correct in Leakeage Rate)

NO.

Property

Unit

Alumina

1

Al2O3

 

Alumina Ceramic Crucible 

>99.3

2

SiO2

 

Alumina Ceramic 

3

Density

g/cm3

3.88

4

Water absorption

 

Alumina Crucible 

0.01

5

Compressive strength

MPa

2300

6

20℃ leakage rates

TorrL/sec

>10-11=1.33322×10-12Pam3/sec

7

Twisting in high temperature

mm

0.2 allowed in 1600℃

8

Bonding in high temperature


not bonded in 1600℃

 

9

 

20—1000℃ coefficient of thermal expansion

 

mm.10-6

/℃.m

 

8.2

10

Thermal conductivity

W/m.k

25

11

Electric insulation

strength

KV/mm

20

 

 

12

 

20℃direct current insulation resistance

 

 

Ohm/cm

 

1014

 

13

 

High-temperature insulation resistance

1000℃ MΩ

≥0.08



1300℃ MΩ

≥0.02

14

Thermal shock resistance


4 times not cracked in

1550℃

15

Maximum working temperature

1800

16

Hardness

Mohs

9

17

Flexural strength

Mpa

350


Our factory
Jinzhou Yunxing Industrial Ceramics Co., Ltd. was established in 2000, mainly producing various types of tubular ceramic products and various industrial parts with alumina content above 99.3%. The factory covers an area of 4000 square meters.
The company currently has 3 1800 ° C high-temperature furnaces and 2 1400 ° C low-temperature kilns independently designed and manufactured. The molding process is mainly based on grouting molding, and has other molding process equipment such as extrusion and hot die casting.
The company has 105 employees, including one senior ceramic engineer, three engineers, six overseas sales staff, and four professional after-sales staff.


Alumina purity test report

Alumina Ceramic Crucible

Alumina Ceramic


FAQ

1. Monthly Capacity: 50,000-60,000 pcs;
2. Material: Alumina ceramic
3. Lead time: pls confirm the quantities required;
4. Incoterm: FOB, CFR, CIF;
5. Delivery Cost: It is determinated by the destination port;
6. Payment Term: PayPal; T/T; 
7. Shipment: by sea, by air, by courier, by post, etc.

8.What is the maximum temperature for alumina crucible?

    The temperature range of alumina crucibles is typically between 1600°C to 1800°C.

9.Why alumina crucible is used?

    Alumina Crucible Applications

     Used as a material for industrial furnaces due to its ability to maintain its hardness at high temperatures. Used as a protector for high-         temperature thermal couples. Used as a material for the chemical industry due to its high corrosion resistance.

10.What is the advantage of using crucible and cover?

      The benefits of crucible lie in its ability to withstand very high temperatures, which makes it ideal for laboratory experiments involving          extremely hot chemical reactions as well as corrosive and pigmentation processes. It is a common chemistry lab apparatus that is used          for heat-related experiments.


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