High-Temperature Handing Zirconium Oxide Zirconia Ceramic Tip Tweezers for Electronic Components

• Application: Aerospace, Electronics, Medical, Refractory
• Type: Ceramic Plates
• Compressive Strength: 2500
• Flexural Strength: 1240
• Size: Customized Size
• Thermal Shock Resistance: 350
• Model NO.: NN-175621
• Thermal Conductivity: 2.2
• Processing Service: Bending, Welding, Cutting,
• Density: 6.02
• Certification: ISO9001:2008/RoHS
• Max Working Temperature: 1500
• Transport Package: Paper Box or as Your Reqeust
• Trademark: INNOVACERA
• Origin: Fujian, China
• Production Capacity: 5000 Piece/Pieces Per Month

Product Description

Zirconia ceramic tweezers refers to tweezers made from zirconia ceramic material. Are specialized tools used in various industries and applications for precise handling, gripping, and manipulation of delicate objects.These tweezers are constructed using zirconia ceramic, a high-quality ceramic material known for its exceptional properties, making it ideal for applications where other materials may not be suitable. The tips of zirconia ceramic tweezers are typically made from zirconia ceramic, allowing for precise and non-conductive gripping of sensitive materials, especially in situations where static electricity or contamination could be problematic. They are commonly used in fields such as electronics, where handling delicate electronic components like microchips or circuit boards requires precision and a material that won't damage or scratch the components.

Ceramic Tip Tweezers Application:
> Electronics Manufacturing and Repair
> Laboratory Research
> Jewelry and Watchmaking
> Ceramic Product Manufacturing
> Food and Beverage Industry
 

Ceramic material composition:

· 95%--99.99% Alumina (Al2O3)
· Silicon Carbide · Silicon Nitride
· TTZ: Magnesia partially stabilized Zirconia (ZrO2)
· YTZP: Yttria partially stabilized Zirconia (ZrO2)
· ZDY: Yttria fully stabilized Zirconia (ZrO2)

 

Zirconia Ceramic Properties:

Item	Value
ZRO2	94.9%
Y2O3	5.4%
HardnessHRA	88-90
Density(g/cm3)	5.5-6.05
Flexural strength (MPA)	1100
Young's Modulus (Gpa)	220
Thermal Expansion Coefficient(20-1000) (×10-6/K)	6.5-11.2
Flexural Toughness(Mpa m1/2)	12