White Magnesium Oxide Ceramic Insulation Tubes Big Size For Heating Elements

Basic Information
Place of Origin: YIXING, CHINA
Brand Name: FFTC
Certification: ISO9001:2008
Minimum Order Quantity: 1000pcs
Price: Negotiation
Packaging Details: carton and wooden crate
Delivery Time: 3 - 4 weeks
Payment Terms: MoneyGram, T/T, Western Union
Supply Ability: 1000000/year
Material: Magnesium Oxide Color: White
Size: Customers' Requests Working Temperature: 1400℃
Type: Mgo Ceramic Tube Feature: High Temperature Resistance
High Light:

metal oxide ceramics


ceramic insulator tube

Hot selling 99.5% white magnesium oxide ceramics insulation tubes



1. High temperature capability.

2. Low electrical conductivity.
3. High thermal conductivity.
4. Good corrosion resistance.
5. Infrared transparent



1.Purity of material
2.Dimension capability: Outer diameter from 0.3mm to 50mm
3.Different shape availability: Round, Square, Rectangular and Oval
4.Precision processing: Fine ground, lapping,CNC maching



Product Description

Magnesia ceramic is a ceramic material consisting of at least 90% of Magnesium Oxide(MgO).
It demonstrates good mechanical strength and operates well when uniformly heated or cooled and thermal shock is avoided. It offers superior performance to Alumina, being stable to 2200°C. However, above this temperature creep occurs. Due to its resistance to Lead-based materials, it is used for piezoelectric materials processing.

Material Magnesium oxide
Color White
Working temperature 1400 degree
Size 20*320mm
Application It is particularly used for heating elements.
Certification ISO9001, SGS, ROHS
Product Name Big Size Magnesium Oxide Ceramic Tube For Cartridge Heater



Our Company

White Magnesium Oxide Ceramic Insulation Tubes Big Size For Heating Elements 0



Customers’ Notices

We produce according to customer’s requirement

Therefore,we need you to send us specific inquiry.

Then we can quote price and detailed

information according to your specific technical data and requirements.

Parameter includes:

1 . What's the material you are going to deal with?

2 . What are the physical characteristics of the material?

Such as the size,tolerance,temperature,density,etc


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