Stainless steel casting involves creating an original wax model,
building the image with plaster and successive layers until a
strong shell surrounds the model. After melting the wax, pour the
molten stainless steel into the mold to create a perfect replica of
the original wax pattern. Stainless steel casting provides
economical undercutting, high resolution, sophisticated detail and
smooth surface finish compared to machining separations.
Advantages of Stainless Steel Casting
• Sizes: 0.1 in to 24 in
• Weights: a few grams to more than 50 pounds
• Material variety
• Surface: very smooth finish
• Design and casting versatility
• Reliable process controls and repeatability
• Tight tolerances
• Affordable tooling
• Efficient production
About Us
1. Focus on metal casting (Aluminum Alloy, Steel, Copper, Lead)
2. Good quality with direct factory price;
3. OEM / ODM Service;
4. Rich technical experience, product quality is guaranteed;
5. Customized size and specification as per your drawing or sample;
6. Samples can be provided for testing and installation;
7. Quotation will be offered within 72 hours;
8. Flexible lead time& efficient shipment;
9. Advanced Production & Measurement equipment.
Requesting a Quote
To receive accurate cost and time estimates for your custom casting
project, please provide the following information of the parts you
are requesting.
• Design Drawing (.dwg/ .pdf /.stp/ .igs):
• Material: a specific metal grade or the preferred material and
desired properties.
• Actual or Estimated Weight: Weight is used to calculate costs for
sourcing materials, processing and shipping.
• Quantity: Include the anticipated volume, both present and
future.
• Acceptance Criteria: Cast surface finish (smoothness)
requirements, material property test criteria, and casting
soundness.
• Secondary Processing: Secondary operations and treatment of
casting we offer- Heat treating; Machining; Assembly; Surface
treatment.
• Packaging: Standard or Customized.
• Shipping: Unloading Port.
The wear of the fan impeller is related to the composition,
particle size, concentration, shape, impact velocity, impact angle,
chemical composition, properties, temperature and humidity of the
abrasive. The unevenness of the gas flow inside the impeller
accelerates wear. As measures to prevent impeller wear: First,
reduce dust and corrosive gases entering the fan, for which it is
necessary to modify the fan operating system; second, try to make
local wear tend to wear evenly, which requires improving the wear
resistance of the impeller. . If the wear resistance of the
impeller is improved, a material having high hardness and wear
resistance can be used. Not only does this create difficulties for
the impeller manufacturing process, but it is also unreasonable
from an economic point of view. Therefore, it is an economical and
reasonable solution to improve the surface quality of the fan
impeller, and to weld the wear-resistant layer of the impeller wear
or spray-weld (spray) wear layer and add a layer of lining on the
blade to achieve wear resistance.
