High Alumina EPS insulating Firebrick
Introduction:
This series of products are sintered mainly with supper-fine bauxite chamotte, and proper additive by a method of EPS ignition loss, Their main advantages include high intensity, low thermal conductivity, excellent thermal stability, very small reheat linear change, outstands erosion and corrosion resistance etc.
Advantages:
1. High strength
2. Optimum performance
3. Dimensional stability
4. Low thermal conductivity
Application:
They are an ideal kind of energy-conserning products which can be widely used as lining or insulating layers of various industrial furnaces and kilns in metallurgical industry, machine building industry, ceramic industry, chemical industry, etc. Recommended service temperature: Less than 1400C.
Clients can avail from us a wide variety of Fire Bricks, which is widely demanded for their high strength. The offered bricks are manufactured using high-grade material and advanced techniques, thus complying with the international industry standards. Our array of bricks is extensively used as lining in fireplaces, fireboxes, furnaces and kilns.
Content source:
http://www.yilongrefractory.com/AllProductOneServlet?id1=1&id=16
E-mail:sales8@chinaelong.com
Henan Xinmi Changxing Refractory Material Co., Ltd. Located in Henan Province,China,has been making refractory products from 1978. ChangXing's product covers refractory materials,refractory brick, refractory castable,refractory nozzle, ceramic fiber, slide gate, etc; Changxing products have been exported to more than 20 countries, such as Thailand, Indonesia, Pakistan, Saudi Arabia, South Africa, Turkey, Iran, Iraq...
2017年1月11日星期三
2017年1月2日星期一
Generality High Alumina Brick &Clay Brick---Refractory Brick---Refractory Material---Changxing Refractory
Generality High Alumina Brick &Clay Brick
Changxing Refractory's High Alumina Bricks and Fireclay range is available in different varieties/shapes as per the specifications given by the clients. We provide High Alumina Bricks that are highly resistant and durable without causing any environmental hazards maintaining High standards are made from a variety of raw materials having different properties. Shapes of the High Alumina Bricks are made as per the drawings and measurements provided by the clients and only high grade fireclay and raw materials are used in their manufacturing.
Advantages:
It is used in lining furnace kilns, fireboxes and fireplaces. Its primary purpose is to withstand high temperature and also to retain the heat for greater energy efficiency. We offer wide range of low, medium & high alumina refractory firebricks. High alumina brick have very good ability of anti-acidity, anti-metal fluid corrode and anti-oxidation.
Application:
High alumina brick have very good ability of anti-acidity, anti-metal fluid corrode and anti-oxidation.
Content source:
http://www.yilongrefractory.com/AllProductOneServlet?id1=1&id=13
E-mail:sales8@chinaelong.com
Changxing Refractory's High Alumina Bricks and Fireclay range is available in different varieties/shapes as per the specifications given by the clients. We provide High Alumina Bricks that are highly resistant and durable without causing any environmental hazards maintaining High standards are made from a variety of raw materials having different properties. Shapes of the High Alumina Bricks are made as per the drawings and measurements provided by the clients and only high grade fireclay and raw materials are used in their manufacturing.
Advantages:
It is used in lining furnace kilns, fireboxes and fireplaces. Its primary purpose is to withstand high temperature and also to retain the heat for greater energy efficiency. We offer wide range of low, medium & high alumina refractory firebricks. High alumina brick have very good ability of anti-acidity, anti-metal fluid corrode and anti-oxidation.
Application:
High alumina brick have very good ability of anti-acidity, anti-metal fluid corrode and anti-oxidation.
Content source:
http://www.yilongrefractory.com/AllProductOneServlet?id1=1&id=13
E-mail:sales8@chinaelong.com
2016年10月10日星期一
Refractories How to better serve the aluminum smelting industry
refractory material from the combination of high-alumina phosphate refractory brick to the direction of development of low-cement castable. This new material gradually replaced the traditional phosphate-bonded brick and low cement castable.
In order to prevent the infiltration of liquid aluminum into the refractory, often use anti-wetting agent to increase the liquid aluminum and refractory material between the wetting angle, while extending the refractories life at high temperatures. For aluminum and aluminum alloy melting furnace and holding furnace refractory heating surface, the low-cement castable has replaced the phosphate-bonded high alumina brick. The reasons are as follows: in the low cement castable structure, there is a smaller pore size, liquid aluminum and aluminum alloy is more difficult to penetrate into the refractory, refractory oxide can be avoided by Ladle Permeable Brick aluminum reduction, while low cement castable Has excellent wear resistance. In recent years, low cement castable due to the use of liquid aluminum as an additive to increase the wetting angle, so its performance has improved.
In order to prevent the infiltration of liquid aluminum into the refractory, often use anti-wetting agent to increase the liquid aluminum and refractory material between the wetting angle, while extending the refractories life at high temperatures. For aluminum and aluminum alloy melting furnace and holding furnace refractory heating surface, the low-cement castable has replaced the phosphate-bonded high alumina brick. The reasons are as follows: in the low cement castable structure, there is a smaller pore size, liquid aluminum and aluminum alloy is more difficult to penetrate into the refractory, refractory oxide can be avoided by Ladle Permeable Brick aluminum reduction, while low cement castable Has excellent wear resistance. In recent years, low cement castable due to the use of liquid aluminum as an additive to increase the wetting angle, so its performance has improved.
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