• 3% Fe2O3 Wollastonite powder  for glaze Industry System 1
  • 3% Fe2O3 Wollastonite powder  for glaze Industry System 2
3% Fe2O3 Wollastonite powder  for glaze Industry

3% Fe2O3 Wollastonite powder for glaze Industry

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Loading Port:
Fuzhou
Payment Terms:
TT OR LC
Min Order Qty:
108 m.t.
Supply Capability:
2080 m.t./month

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Specification

Shape:
Powder

 

Brief Introduction

Wollastonite is featured with good heat resistance, hard wearing and corrosion resistance, and strengthening and reinforcing functions. Being innocuous, flavorless, and non-radioactive, wollastonite is environmental type functional material that is extensively applied in the fields of plastics, rubber, paint, friction materials, building materials and metallurgy protection. We are high  praised by our domestic and foreign customers

With high quality, reasonable price and timely delivery, our products have been export to many foreign countries and areas, such as South Korea, Japan, Turkey etc. our company has got praise in both domestic and foreign markets.we have been the trusted and preferred supplier to the mineral&chemical products and the market share is growing rapidly and firmly.  Warmly welcome all friends from domestic and abroad to cooperate with us

Features

1.Sample for free for your test.
2.Provide professional product consultation.
3.Offer competitive price.
4.Have precise quality control department.
5.Taking photos during the production and shipment, send the photos to customers;
6. Documents Department, to serve customer professionally.
7.Always think of the customers and make the add-value.

Specifications

Wollastonite Specfications

SiO2

CaO

Fe2O3

LOI

Whiteness

Size

Glaze grade A

49%

44%

0.3%

2%

90

200-400mesh

Glaze grade B

49%

44%

0.3%

3%

90

200-400mesh

Ceramic-Body Grade

41%

39%

0.5%

8%

N/A

0-400mesh

Paint Grade A

49%

44%

0.5%

N/A

90

325-2000mesh

Paint Grade B

30%

40%

0.5%

N/A

91

325-2000mesh

Filler Grade

49%

43%

0.3%

4%

90

200-2000mesh

Welding Grade

45%

40%

0.8%

S0.04%

P0.04%

60-325mesh

 

Pictures

 

3% Fe2O3 Wollastonite powder  for glaze Industry

3% Fe2O3 Wollastonite powder  for glaze Industry

3% Fe2O3 Wollastonite powder  for glaze Industry

 

FAQ

1 What is the packing and shipment?

In jumbo bag with pallet and without pallet

In bulk container

2 What is the Payment term?

T/T with down payment, L/C, D/P

3 What is the Delivery time?

Within 15 days after receiving the down payment or the LC draft

 

Q:why do we choose to study glass and ceramic technology
Glass and ceramics are derived from minerals which have been mined. They both have numerous uses beyond just dinnerware. Ceramics include refractory materials (heat resistant) and coatings that are very valuable to industry. New glasses and ceramics are being developed all the time to do certain tasks and are being improved all the time. For these reasons we need to study these materials. The study of new mineral resources for the development of glass and ceramics is an important aspect of mining.
Q:i have heard of ceramic before but is tourmaline a type of ceramic? or what?
Tourmaline is a naturally occurring, semi-precious stone. I'm a ceramic engineer, and I've never heard of a tourmaline ceramic. The only thing I can think of, is someone is describing the glaze color as tourmaline.
Q:So I‘m taking a ceramics class and i was making brass knuckles for fun. After a while i decided just to go along with my piece and actually finish it. But I wanted to know can they break if i playfully punch someone with them. (keep in mind, I‘m NOT going to use them for fighting at all) Or will they break since its just clay?
Clay is likely to break. It can be reasonably sturdy. It also depends whether the clay properly vitrified or was fired too low for the kind of clay. If the clay has vitrified it is reasonably sturdy, but not unbreakable. Since I assume the brass knuckles aren't very thick in place they should survive a friendly tap, but not a real punch.
Q:in ceramics were making pieces that mean something to us or tell a story about us. i was thinking about doing something showing overcomming strugglesbut i have no idea what to make to symbolize that? any help please? our pieces are gonna be pretty small maybe like 5 inches heightwise
try lucus fuel treat ment its great stuff cleans ur fuel system out fine
Q:Ceramic data
Ceramics are the general name for pottery and porcelain. Chinese back in about 80002000 BC (Neolithic) invented pottery. Ceramic materials are mostly oxides, nitrides, boride and carbide. Common ceramic materials are clay, alumina, kaolin and so on. Ceramic materials generally have higher hardness, but less plasticity. In addition to the use of utensils and decorations, it also plays an important role in the development of science and technology. Ceramic raw materials are the vast resources of the earth, and clay has been hardened. And the nature of the clay with toughness, at room temperature, water, plastic, micro dry can be carved, all dry can be grinding; burning to 700 degrees, can be pottery, can hold water; burning to 1230 degrees is porcelain, can be completely non absorbent, and high temperature, corrosion resistance. The flexibility of its use in today's culture and technology, there are a variety of creative applications
Q:what is the difference between ceramic and tourmaline?
type is not good to me just as long as it is right handed and the right curve
Q:Is ceramic invented by us Chinese?
As early as more than one thousand years before Europeans mastered the manufacture of porcelain, the Chinese had already produced exquisite ceramics. China is one of the earliest countries in the world to use pottery, and Chinese porcelain is highly praised by the world for its high practicability and artistry.
Q:Is purple pottery made of pottery?
Purple sand teapot is a kind of pottery tea set produced in Jiangsu area of Yixing in Ming and Qing dynasties. It's pottery, not porcelain.The similarities and differences between pottery and porcelain:Tao and the porcelain capital are the art of using the earth as the noumenon language, but there are also differences between the two. The basic materials of pottery and porcelain are the same. The ancients said, "the essence of pottery is porcelain."". In contrast, for the pure white porcelain, non absorbent, with transparency, so describe Jingdezhen porcelain as thin as paper, such as the sound of white snow. The pottery is different, although there are white, but less than the whiteness of porcelain, hydrophilic, opaque. Porcelain is usually glazed, but earthenware is not necessary; purple sand is a glaze without glaze.
Q:I am in highschool and I am in a ceramics class, but I dont know why but I love it yet I suck at it. I just want to know how I can be better at it. Its so much fun to me but once I finish creating my work it looks like a peice of crap. Like today I finished a project and it was a yellow ball with black chains around it. One side of it had a diamond and the other side of it had a blue eye. but it looks like a second grader made it. I want to be good at it and am sick and tired of not being talented at the things that I like.
practice. And spend a lot of time working on your project. You don't say how much time you did spend, but quality is often correlated on time and effort you spend on a piece. Which may include starting over and doing it again if it doesn't come out right the first time. It's possible to overdo it, but being obsessed with detail and paying attention to get it all right often pays off.
Q:Describe a different process of degradation associated with each of polymers and ceramicsthank youx
Plastics are, relative to ceramics, wimpy. There are a huge range of plastics and some are better than others but, in general, plastics can be degraded by heat, moisture, radiation, sun light, acids, bases, air, oxygen, ozone, solvents, mechanical wear, fatigue, creep, and age. There are also a huge range of ceramics and it depends on what they are and how they are made but, in general, ceramics are much more stable chemically. A ceramic like Al2O3 (saphire) is chemically inert to most everything, only a few things (diamond and a couple others) are harder than saphire, and it has a very high melting point.

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