mirror polished impeller
The stainless steel stirring blades are made of stainless steel material with excellent corrosion resistance, which can resist the erosion of chemical substances and ensure that the mixing process will not cause pollution to the materials. Stainless steel has good smoothness and surface quality, which can reduce the frictional resistance of materials during mixing and improve the mixing effect.
Specific application scenarios and advantages
Promoting reaction speed: Stainless steel stirrers can accelerate chemical reactions and improve production efficiency through effective stirring and mixing.
Improving production efficiency: Reasonable blade shape and layout, as well as the rotation speed and direction of the agitator, can effectively achieve material mixing and shearing, thereby improving production efficiency.
Ensure mixing uniformity: Stainless steel mixers can choose different blade types according to different process requirements, such as anchor blades, paddle blades, or spiral blades, to achieve better mixing effects.
Reduce material pollution: The corrosion resistance and smooth surface of stainless steel material can reduce material pollution during the mixing process, ensuring the purity of the product.
develop the part by customer's samples, an impeller for chemical industry mixer
need a mirror polishing surface for reducing the adhesion,
the material is 304 stainless steel,and made by sheet metal laser cutting and cnc machining for the bushing,
we ground the welding line very smooth and ask worker used special polishing tools for it, ensure there is no pit on the welding line.
different parts have differents requirement for the surface roughness or hardness or color,we will adopt corresponding process for these parts,
we equipped with kinds of metal manufacturing facility, such as the cnc machinine, laser cutting machine,welding machine,
base on the region industry advantage, can optimize the process for customer to get a cost efficiency parts.
such as the zinc plating,e-coated,powder coating,quenching+tempering,carburize,induction heating,anodize,polishing,electrolytic treatment,etc.
