Zirconia ceramic hair clipper blade

Ceramic blade for hairdressing

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Zirconia ceramic hair clipper blade

Zirconia ceramic cutters / blades are made of Zirconium Oxide (ZrO2). ZrO2 is very hard, it ranks 8.5 on the Mohs scale of mineral hardness, compared to 6 to 6.5 for hardened steel, and 10 for diamond, so they can only be ground using diamond wheels. They are nonrust, nonconductive and nonmagnetic. Their chemical inertness to both acids and alkalis and their ability to retain a cutting edge up to ten times longer than metal cutters / blades.

Our ceramic cutters / blades can be made into different shapes and sizes according to customer’s design, their application is broad, far now, they have been used for cutting capsules, packaging, rubber, fiber, plastics, film, foil, mat board as well as other products.

1. High abrade resistance

2. High bending strength

3. Widely used in many area

4. High quality

 Zirconia ceramic hair clipper blade

Zirconia ceramic has high toughness,high bending strength,high abrade-resistance, the Coefficient of thermal expansion is close to steel, it was widely used in structure ceramic areas. Mainly products: Y-TZP grinding ball, grinding medium, nozzles, ball valve and seat, zirconia moulds, fan axes, draw bench mould, incision tools, wearable knives and other wearable accessories.

 

Zirconia ceramic hair clipper blade

Advantage

All ZrO2 ceramic blades are with high precision shaped by ceramic injection molding or dry pressing. We are able to make the dimensions more precise via fine grinding, CNC machining. 

Applications

Ceramic Capsule Cutters
Ceramic Exacto-style Blades and Cutters
Large Ceramic Trimmer Blades
Ceramic Blades and Components used in Medical Devices
Ceramic Receipt Cutters and Blades
Close up view of receipt cutters
Ceramic block used for sharpening both ceramic and traditional blades
Ceramic Blade for Textile Industry

Specifications:

Zirconia material parameter:

Item

Test Condition

Unit&Symbol

Zirconia Ceramic

 

The main chemical ingredient

 

 

ZrO2: 95%

Y2O3: 5%

Bulk Density

 

g/cm3

6

Maximum Use Temperature

 

 

1300℃

Water absorption

 

%

0

ROHS Hardness

 

HRA

≥83

Compressive Strength

20° C

Kgf/cm2

25000

Fracture Toughness

 

Map.m3/2

6 – 8

Coefficient of 

thermal expansion

 

/℃

9.5*10-6

Thermal Shock Resistance

∆ Tc

°C

360

Volume Resistivity

20℃

Ω.cm20℃

> 1012

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