High Frequency Ceramic Standoff Insulators

• Customization: Available
• Application: Refractory, Structure Ceramic, Industrial Ceramic
• Material: Steatite
• Model NO.: YN-835A
• Type 2: High Frequency Ceramics
• Feature: High Electrical Resistance
• Surface: Glazed, Glazing
• Color: White, Black, Brown, Red, Gold, Yellow, Green, Coffee
• Raw Material: Mineral Talc (3MGO 4sio2 H2O), Magnesium Silicates
• Type 1: Silicate Ceramic Steatite C221, C230, Steatite L-4
• Advantage: High Frequency, Low Loss, High Voltage Insulation
• Temperature: 1000c
• Usge: Insulation in The Electrical and Electronic Indust
• Type: Ceramic Parts
• Transport Package: Plywood Case or Carton
• Specification: CUSTOMIZED
• Trademark: Yunnuo
• Origin: China
• HS Code: 8547100000
• Production Capacity: 500000 PCS/Year

Product Description

Steatite ceramic parts

 

Steatite ceramic rods,poles,shafts,bars

 

Steatite is made of mineral talc (3Mgo 4Sio2 H2O) as the main raw material, adding appropriate amounts of clay, BaTi03 and other ingredients, and mixing and grinding, molding and high temperature sintering. Used for insulating parts.

 

Chemical component:

SIO2: about 60%
MgO:about 31%
AL2O3:about 5%
BaO:about 5%
CaO:about 0.5%
Fe2O3:about 0.2%

Physical Properties
* High electrical resistance
* Low dielectric loss factor
* Relatively high mechanical strength
* High volume resistivity at elevated temperatures
* Excellent dielectric strength
* Low dissipation factor

Applications
* Insulating washers or bushings
* Supports for heating elements
* Electrical insulators
* Stand-off insulators
* Lighting insulators (supports, bases, etc.)
* Spacers
 

Material data:
 

Property	Mechanical performance
	Bulk density	Hardness	Flexural strength 20C	Compression strength 20C
Unit	G/cm3	Gpa	Mpa	Mpa
Data	>2.7		179	1150

Thermal property			Electrical performance
Max using temperature	Thermal shock resistance	Coefficient of linear expansion	Dielectric hotline	Electrical penetration strength	Volume resistivity
C	850-20C	x10-6m	1MHZ	KV/mm	KV/mm
1300	10	8	<6.5	20	10^14