- High Alumina Bricks
- Refractory Bricks
- Corundum Plastic Materials
- Refractory Castable
- High Aluminum Refractory Castable
- Light Refractory Castable
- Molten Copper Refractory Castable
- Silica Ramming Mass
- Silicon Carbide Refractory Castable
- Magnesite Basic Ramming Mass
- Refractory molded brick
- Corundum refractory Concrete
- Refractory precast block
- Zirconium refractory Mixture
- Magnesia refractory cement
- Silica Refractory Cement
- Refractory cement
- Fire clay
- Alumina Composite refractory concrete
- Refractory mortar
- Continuous casting Refractory cement
- Silica sand
- Quartz sand for copper smelting
- Molten Copper Refractory Material
- Molten copper ramming mass
- Molten copper refractory castable
- Acid induction furnace lining refractory cenent
- Castable Refractory for natural copper smelting
- Castable refractory furnace lining
- Application of refractory ramming mass
- Refractory materials furnace lining
- Amorphous Refractory Castable
- Molten Zinc Refractory Castable
- Molten Zinc Ramming Mass
- Molten Aluminum Refractory Material
- Ladle Castable
- Special Refractory Ramming Mass
- Accessory Material Refractory (Crystallizer)
- Silica Ramming Mass (GDL)
- Silica Ramming Mass (GYDL)
- Heavy Accessory Refractory Material
- High Strength Refractory Mortar
- Special Ramming Mass
- Light-weight Castable Refractory
- Castable Refractory
- Accessory Refractory Material
- High Grade Composite Silica Ramming Mass
- Corundum Plastic Refractory Cement
- Alumina Composite Ramming Mass
- Silica Refractory Ramming Mass
Cleaning Equipment Before casting materials
Casting monolithic refractory linings can be exhausting work. Pours, large and small, can often take several hours and even multiple shifts. Often times, after a long hard day, the last thing that a crew wants to do is take the time to thoroughly clean up, however, thoroughly cleaning the mixing and placing equipment upon completion of a pour is critical to the equipment as well as the effectiveness of your next placement.
More than ever, monolithic materials have varying chemistries. The language itself can get overwhelming: high cement-low cement, colloidal silica, phos-bonded, etc. Due to this variance across materials and technologies, it is more critical than ever to make sure that mixing equipment is thoroughly cleaned prior to beginning a pour. When residual material from one pour contaminates the material for the next the impact can be detrimental. Even what looks to be an insignificant amount of contamination can cause major problems. Failure to properly clean equipment can lead to flash setting, refusal to set, and diminished physical properties of the as-installed product.
Failure to properly clean equipment upon the conclusion of a pour can also cause damage to the equipment. For example, residual material in pump tubes can cause minor or severe damage to the tubes, and excessive material left in a mixer can cause excessive static friction upon starting up a mixer which can sheer paddle blades and strain a motor.
Waiting to clean equipment used during a pour can also be costly. It is much more time consuming and labor intensive to clean equipment once the material has been allowed to set up. It can also increase risk of injury due to the strenuous nature of the work.
Above all, be sure to always use caution when cleaning equipment. Make sure that the equipment is de-energized, locked-out, and in a stable position prior to performing this task.
Taurus Refractory ramming mass Factory mainly engaged in professional manufacturer of development, production and sales of the refractory mixture such as melting copper, aluminum and zinc furnace lining. And supply castable refractory for copper smelting, ramming mass for molten copper,fire clay,refractory mortar, refractory cement ,refractory mixture, refractory concrete and silica sand for copper smelting.
Website: http://www.jnrefractory.com
Contact: Mr. Niu
Tel: +86-371-64372566
Fax: +86-371-64372588
Mobile Phone: +86-15137151612
Email: info@jnrefractory.com
gyjinniu@163.com
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