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Ceramic Ball

Ceramic Ball
Ceramic Ball
Product Code : 04
Product Description

We are offering wide range of  Ceramic Ball.

Si3N4 Silicon Nitride

The most widely used type of ceramic due to very high resistance to wear and abrasion in general. It has a micro - structure specially designed for applications subject to great stress. It does not require lubrication, it is resistant to corrosion, anti magnetic and electrically insulating, and it continues to be efficient at high temperatures up to +1400 oC. It combines extreme hardness with a high precision ball. Si3N4 balls are widely used in high precision bearings in the airspace industry, for machine tools, measurement instruments, mechanical centrifuges, radar and  pumps and compressors.

Physical Properties:

Structure

Multi-Crystal

Chemical Formula

Si3N4

Purity %

95,00

Density g/cm

3,20

Operating Temperature oC

1100

Melting Point

1900o N

Softening Point

100oN

Specific Heat at 25oC
(cal/g/
o C)
Thermal Conductivity

0,17
29 W/mo K

Mechanical Properties:

Vickers Hv10 Hardness (N/mm2)

24000

Modulus of Elasticity (N/mm2)

3,10105

Breaking Modulus at 25o C (N/mm2)

700

Compressive Strength at 25o C (N/mm2)

2500

Al2o3 99, 55% Alumina (Alumina Oxide)

The material has a multi-crystal structure and excellent resistance to abrasion and high temperatures. It is resistant to most corrosive agents, but it is not recommended for use in contact with hydrochloric and hydrofluoric acid or strong alcaline solutions. Al2O3 balls are used in valves, pumps and ball bearings.

Physical Properties:

Structure

Multi-Crystal

Chemical Formula

AL2I3

Purity %

99,8

Density g/cm

3,90

Operating Temperature oC

1800

Melting Point

2050o C

Softening Point

1725

Specific Heat at 25o C
(cal/g/o C)
Thermal Conductivity

0,25
29 W/mo K

Mechanical Properties:

Vickers Hv10 Hardness (N/mm2)

16500

Modulus of Elasticity (N/mm2)

3,50105

Breaking Modulus at 25o C (N/mm2)

470

Compressive Strength at 25o C (N/mm2)

2354

Zro2 Zirconium Oxide

The material, compared has a high degree of compactness and considerable flexural strength, which makes it very reliable. It also has a low modulus of elasticity, close to that of steel, together with an extraordinarily low thermal conductivity.

Physical Properties:

Structure

Multi-Crystal

Chemical Formula

ZrO2

Purity %

97,00

Density g/cm

5,50

Operating Temperature oC

1000

Melting Point

-

Softening Point

-

Specific Heat at 25o C
(cal/g/o C)  Thermal Conductivity

9
W/mo K

Mechanical Properties:

Vickers Hv10 Hardness (N/mm2)

20000

Modulus of Elasticity (N/mm2)

20105

Breaking Modulus at 25o C (N/mm2)

600

Compressive Strength at 25o C (N/mm2)

2100

Al2O3 99, 99% RUBY

This material has a non porous single crystal structure used where particular hardness and extreme resistance to wear are required together with a low specific weight and properties of chemical inertia. The material consists of pure aluminum oxide with a small percentage of chromo oxide which gives it its characteristic red color, which is the most visible feature of these balls in many applications as measurement and control instruments, valves and pumps.

Physical Properties:

Structure

Single Crystal

Chemical Formula

AL2I3

Purity %

99,99

Density g/cm

3,99

Operating Temperature oC

-

Melting Point

2050o C

Softening Point

1800o C

Specific Heat at 25o C
(cal/g/o C)
Thermal Conductivity

0,18
36 W/mo K


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