Product Description

1 The cooling water pipe adopts the superlong seamless steel pipe theinner part of the wall body is not provided with a joint the water pipe threadhead is directly formed and the special water pipe positioning process ensuresthat the water pipe is not damaged

2 The water pipe bending system adopts the special mould the ellipse issmaller and the ball passing rate is higher

3According to the requirements of usersa variety of antiCarburizing processes can be used to treat the surface ofcooling water pipes to meet the needs of all kinds of users

4The shape and size of the cooling staveis accurate to ensure the smooth installation of the cooling stave

5The resin sand molding is adopted thesurface of the cooling stave is smooth and clean the size is accurate and theinternal quality is reliable

6There is no oxidation phenomenon in theinner wall of the water pipe and the thermal conductivity of the cooling wallis good

7The cooling wall material can meet orexceed the national standard requirements stably

8Can carry on all kinds of related testsrelated to the cooling stave and issue the test report

Type of production

1The cooling stave has the advantages of simple structure good thermalconductivity smooth surface and thickness of 70  140 mm It is mainly used intuyere and below to cool blast furnace hearth lining Through the cooling ofhearth lining the erosion penetration and scour of hot metal lining can bealleviated Cooling wall material is generally ht150 HT200 and so on

2common tiletype cooling wall cold orhotordinary brickshaped cooling wall Coldor hot inlay

The structure of the cooling wall hot surface is a stripshapedspaceshaped insert brick and a cast iron rib plate the hot surface is aplane and the cooling wall hot surface has the characteristics of beingconvenient for hanging slag It is mainly used in the middle and lower parts ofthe furnace the waist and the furnace body The material of the cooling wallis qt45010 qt40018 qt40020 etc The brick is made of highalumina bricksintered microporous aluminumcarbon brick silicon carbide brick etc

3Common ramming materialtamping type coolingwall

 The heat surface of the cooling wall is a dovetail groove which isarranged at intervals and the refractory material is tamped in the groove Hasthe characteristics of convenient construction good thermal conductivity andconvenient slag hanging It is mainly used in the middle and lower parts of thefurnace the waist and the furnace body The material of the cooling wall isqt45010 qt40018 qt40020 etc and the refractory materials such ascarbonaceous aluminumcarbon or silicon carbide are tamped in the tank

4Fully covered brick cooling staveColdor hot inlay

 The cooling stave is characterized by the unity of brick wall thehot surface working face is all covered by refractory brick and the innerside adopts thin lining structure or no lining structure which can expand thefurnace capacity Mainly used in furnace belly furnace waist and lower part offurnace body The cooling wall material is qt45010qt40018qt40020 and soon and the brick material is phosphate impregnated clay brick firedmicroporous aluminumcarbon brick silicon carbide brick and so on

5Inverted c cooling stave

 The cooling wall is a cshaped structure and is arranged on thebody part of the blast furnace body and is combined with the furnace throatsteel brick to play a good role in resisting the impact and the abrasion of theburden Is generally used for large and mediumsized blast furnaces Thematerial of the cooling wall is QT40018 QT40020 etc