sm_banner

products

High Quality Rvd Diamond Powder - FCNS06 Fe Cu Ni Sn Pre Alloyed Powder for Ceramic Squaring Wheel – SinoDiam

short description:

FCNS06 Fe Cu Ni Sn Pre Alloyed Powder for Ceramic Squaring Wheel 1. What is Pre-alloyed Powder Pre-alloyed powders are harder, less compressible and hence require higher pressing loads to produce high density compacts. However, they are capable of producing high strength sintered materials. Pre-alloying is also used when the production of a homogeneous material from elemental powders requires very high temperatures and long sintering times. The best examples are the stainless steels, whose ch...


Product Detail

Product Tags

Related Video

Feedback (2)

We thinks what prospects think, the urgency of urgency to act from the interests of a client position of theory, allowing for greater high-quality, reduced processing costs, rates are much more reasonable, won the new and previous consumers the support and affirmation for Ethical Lab Grown Diamonds , Polish Fine , Diamond Grits , How about to start your good organization with our corporation? We are all set, properly trained and fulfilled with pride. Let’s start our new business enterprise with new wave.
High Quality Rvd Diamond Powder - FCNS06 Fe Cu Ni Sn Pre Alloyed Powder for Ceramic Squaring Wheel – SinoDiam Detail:

FCNS06 Fe Cu Ni Sn Pre Alloyed Powder for Ceramic Squaring Wheel

1. What is Pre-alloyed Powder

Pre-alloyed powders are harder, less compressible and hence require higher pressing loads to produce high density compacts. However, they are capable of producing high strength sintered materials. Pre-alloying is also used when the production of a homogeneous material from elemental powders requires very high temperatures and long sintering times. The best examples are the stainless steels, whose chromium and nickel contents have to be pre-alloyed to allow economic production by powder metallurgy.

 

2. The Parameters of FCNS06 

 

 

Main Element Fe, Cu, Ni, Sn
Theoretical Density 8.05g/cm³
Sintering Temperature 810℃
Bending Strength 1100Mpa
Hardness 105-110HRB

 

3. FCNS06 Character

  • The Sintered structure of the product is uniform, fine and compact, it has good wetting and holding powder to the diamond, high hardness of the carcass, excellent wear resistance and good comprehensive performance of tools.
  • The powder is applied to high quality small diameter diamond saw blade, ceramic cutting blades, ceramic gridning squaring wheel and scrapers.

4. Instructions for Making Ceramic Squaring Wheels.

  1. Metal Percentage:
  • (40+60)% FCNS06
  • + (15-25)% Cu
  • + (6-10)% Sn
  • + (2-5)% Ni
  • + (8-12)% 663
  • + Fe for Blance

B. Diamond Grit Size and Percentage:

  • 70/80 @ 60%
  • 80/100 @ 40%
  • Concentration: (18-22)%

C. Sintering Temperature: 750-770℃


Product detail pictures:

High Quality Rvd Diamond Powder - FCNS06 Fe Cu Ni Sn Pre Alloyed Powder for Ceramic Squaring Wheel – SinoDiam detail pictures


Related Product Guide:
Wu Jianzhong: Pay attention to innovation, focus on high-end, and promote the transformation and upgrading of superhard industry

Our staff through skilled training. Skilled skilled knowledge, potent sense of company, to satisfy the provider requirements of consumers for High Quality Rvd Diamond Powder - FCNS06 Fe Cu Ni Sn Pre Alloyed Powder for Ceramic Squaring Wheel – SinoDiam , The product will supply to all over the world, such as: Qatar, Tunisia, Amman, The quality of our merchandise is equal to OEM's quality, because our core parts are the same with OEM supplier. The above items have passed professional certification, and we not only can produce OEM-standard items but we also accept Customized Merchandise order.
  • The accounts manager made a detailed introduction about the product, so that we have a comprehensive understanding of the product, and ultimately we decided to cooperate.
    5 Stars By Ophelia from Sevilla - 2017.01.11 17:15
    Good quality, reasonable prices, rich variety and perfect after-sales service, it's nice!
    5 Stars By Marjorie from Greece - 2017.06.19 13:51
    Write your message here and send it to us