Specifications

Polishing pump zirconia ceramic rod
Wear resistance
High fracture toughness
High hardness 99%alumina ceramic tube

Machinable Glass/Macor Ceramics

 

 

machinable glass ceramic part, macor ceramics, glass ceramics, industrial ceramic insulator

 

Dimensions:

 

Rod: Dia20 ~ 50 × L 20 ~ 200 mm , Dia60 ~ 80 × L 20 ~ 70 mm

Plate and bar : 300X200X53 mm MAX.

Sheet thickness: 0.2 mm MN.

Custom parts available as per drawing

 

 

Special Properties:

Typical Applications:

Macor is a machinable glass ceramic material that posses outstanding engineering properties. Unlike other ceramics, Macor can be machined with ordinary metalworking tools. Macor is also a problem solving material combining the performance of a technical ceramic with the versatility of a high performance plastic. Macor has no porosity and when properly baked out, will not outgas. It is strong and rigid and, unlike high temperature plastics, will not creep or deform. Macor is also radiation resistant.

 

 

Features and Benefits:

Ultra High Temperature Performance (800 C continuous - 1,000 C peak). Low Thermal Conductivity.

Excellent Insulator. No porosity. Will not outgas. Professional Plastics stocks a large inventory of Macor shapes used primarliy in the semiconductor probe test industry. We also supply Macor to various industries requiring high-purity, high-strength and high temperature resistance. Worldwide shipping. E-Commerce Website.

 

 

Item	Standard value	Remarks
Density	2.7g/m³
Porosity	0.096%
Water absorption	0.038
Hardness	4-5	Mohs
Color	pure white
Thermal expansion coefficient	86×10-7/°C	100°C ~600°C average value
Thermal conductivity	1.68W/m.k	25°C
Working temperature	800°C
Bending Strength	108MPa
Compress strength	488 MPa
Impact Toughness	>2.56KJ/ m2
Modulus of elasticity	65GPa
Insertion loss	1~ 4×10-3	Room temperature
Dielectric constant	6-7	"
Dielectric strength	>40KV/mm	Thickness of sample 1mm
Bulk density	1.08×1014Ω.cm	25°C
	1.5×1010	200°C
	1.1×107	500°C
Gas efficiency at normal temperature	8.8×10-9 ml/s. cm2	Vacuum experienced for eight hours
Helium permeating rate	1×10-10ml/s	After 500C burning,cool to room temperature.
5%HC1	0.26mg/ cm2	95°C,24 hours
5%HF	83mg/ cm2	"
50%Na2CO3	0.012 mg/ cm2	"
5%NaOH	0.85mg/ cm2	"