neiye1

Wholesale Ceramic Pulley Lagging Tile - 99.7% Alumina Wafer Polish Plate – Chemshun

Short Description:


Product Detail

Related Video

Feedback (2)

Fast and fantastic quotations, informed advisers to help you choose the correct products that suits all your needs, a short manufacturing time, responsible good quality control and distinct companies for paying and shipping affairs for Zirconia Ceramic Abrasive Bead, Chute Linings, Ceramic Backed Wear Plate, Should you be on the lookout forever Quality at a very good price tag and timely delivery. Do speak to us.
Wholesale Ceramic Pulley Lagging Tile - 99.7% Alumina Wafer Polish Plate – Chemshun Detail:

Application

As the Alumina ceramic wafer polishing and sapphire lapping disks used in the semi-conductive, diamond polishing etc.

Process: All types of Polishing and lapping process, such as CMP chemical mechanical polishing, Mechanical Polishing, Precision Polishing.

Feature

High purity and chemical durability
High Mechanical Strength and Hardness
High Corrosion Resistance
High Voltage Resistance
High Temperature Resistant Up to 1700ºC
Extremely Abrasion Resistance Performance
Excellent Insulation Performance
All type of Size 180,360, 450, 600mm etc

Product name 99.7 high purity Alumina ceramic Polishing Lapping Discs
Material 99.7% alumina
Normal Size D180, 360, 450, 600mm, customized size accepted.
Color Ivory
Application Wafer and Sapphire CMP process in semi-conductive industry
Min.Order 1Pic

Chemical / physical Information

Unit 99.7 Alumina Ceramics
General Properties Al2O3 content wt% 99.7-99.9
Density gm/cc 3.94-3.97
Color - Ivory
Water absorption % 0
Mechanical Properties Flexural Strength(MOR) 20 ºC Mpa(psix10^3) 440-550
Elastic Modulus 20ºC GPa (psix10^6) 375
Vickers Hardness Gpa(kg/mm2) R45N >=17
Bending Strength Gpa 390
Tensile Strength 25ºC MPa(psix10^3) 248
Fracture Toughness (K I c) Mpa* m^1/2 4-5
Thermal Properities Thermal conductivity(20ºC) W/mk 30
Coefficient of Thermal expansion(25-1000ºC) 1x 10^-6/ºC 7.6
Thermal Shock Resistance ºC 200
Maximum use temperature ºC 1700
Electrical Properities Dielectric Strength (1MHz) ac-kv/mm(ac v/mil) 8.7
Dielectric Constant(1 MHz) 25ºC 9.7
Volume Resistivity ohm-cm (25ºC) >10^14
ohm-cm (500ºC) 2×10^12
ohm-cm (1000ºC) 2×10^7

Service

We accept custom orders.
If you want to know more product information, please feel free contact us and we’ll afford you the most suitable product and best service!

Product Tags


  • Product detail pictures:

    Wholesale Ceramic Pulley Lagging Tile - 99.7% Alumina Wafer Polish Plate – Chemshun detail pictures

    Wholesale Ceramic Pulley Lagging Tile - 99.7% Alumina Wafer Polish Plate – Chemshun detail pictures

    Wholesale Ceramic Pulley Lagging Tile - 99.7% Alumina Wafer Polish Plate – Chemshun detail pictures

    Wholesale Ceramic Pulley Lagging Tile - 99.7% Alumina Wafer Polish Plate – Chemshun detail pictures

    Wholesale Ceramic Pulley Lagging Tile - 99.7% Alumina Wafer Polish Plate – Chemshun detail pictures

    Wholesale Ceramic Pulley Lagging Tile - 99.7% Alumina Wafer Polish Plate – Chemshun detail pictures


    Related Product Guide:

    With reliable good quality system, great standing and perfect consumer support, the series of products and solutions produced by our organization are exported to quite a few countries and regions for Wholesale Ceramic Pulley Lagging Tile - 99.7% Alumina Wafer Polish Plate – Chemshun , The product will supply to all over the world, such as: Bulgaria, Kenya, The Swiss, If you are interested in any of our products and solutions or would like to discuss a custom order, remember to feel free to contact us. We are looking forward to forming successful business relationships with new clients around the world in the near future.
  • We are really happy to find such a manufacturer that ensuring product quality at the same time the price is very cheap.
    5 Stars By Clementine from Angola - 2018.03.03 13:09
    Good quality, reasonable prices, rich variety and perfect after-sales service, it's nice!
    5 Stars By Nancy from Swansea - 2018.12.14 15:26
    Write your message here and send it to us