High Carbon Steel Grit - 105496

Potassium chloride grade 1, 500 tons in stock.

Продаю титановый концентрат 2000 тонн , содержание Tio2 92%. Условия обсуждаю индивидуально.

Продаю титановый скрап с высоким содержанием Ti 60%, в наличии 4000 тонн.

Nickel Slag Abrasive is a by-product of nickel smelting operations, renowned for its exceptional toughness and durability. Its angular shape and consistent sizing make it the ideal tool for removing rust and preparing surfaces for painting. It provides an excellent finish for coachings to adhere to and can be used at a faster rate than conventional sanding. Our company's expert technical team is at your service. Potential Applications: Nickel Grit is an effective solution for a variety of industrial cleaning and preparation tasks. It is suitable for use on steel and stone/concrete surfaces, as well as for the removal of mill residue, rust, old paint, dirt and similar materials. The company is pleased to provide customers with SA-3, SA-2112 and SA-2 surface sandblasting standards. Nickel grit is an effective solution for cleaning surfaces made of steel, removing paint coatings, rust and residue. This product is used extensively in the restoration of thin and thick steel structures, heavily painted or worn steel bridges, ship hulls, steel and concrete production platforms, oilfield installations, pipelines and all offshore and marine applications.

The primary consideration when working with high-carbon steel shots is that the hardness of the shots used should be at least 3-5 HRC harder then the blasted surface. This ensures that the cleaning and roughtness achieved on the surface can be fasterand meet the desired specificatons. It is important to note that using shot with a lower hardness than that of the blasted surface will prolong the blasting time and will not achieve the desired cleaning. This has led to increased labour and energy consumption in the shot blasting process The cost of the shot blasting process is largely dictated by the cost of the blasting material, which accounts for only 10-15% of the overall expense. The remaining 85-90% of the cost is attributed to labour and energy expenses. For this reason, it is vital to select material with the appropriate hardness and grain size in order to minimise process costs.

The primary consideration when working with high-carbon steel grits is that the hardness of the grits used should be at least 3-5 HRC harder then the blasted surface. This ensures that the cleaning and roughtness achieved on the surface can be fasterand meet the desired specificatons. It is important to note that using grit with a lower hardness than that of the blasted surface will prolong the blasting time and will not achieve the desired cleaning. This has led to increased labour and energy consumption in the shot blasting process The cost of the shot blasting process is largely dictated by the cost of the blasting material, which accounts for only 10-15% of the overall expense. The remaining 85-90% of the cost is attributed to labour and energy expenses. For this reason, it is vital to select material with the appropriate hardness and grain size in order to minimise process costs.