ODM/OEM Alloy Steel Material Tray Castings Manufacturers

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Xinghua Dongchang Alloy Steel Co., Ltd
Xinghua Dongchang Alloy Steel Co., Ltd (formerly known as Xinghua Dongchang Alloy Steel Plant) was established in August 2006 and is located in the National Torch Plan China Alloy Steel Casting Base. We Are China ODM/OEM Alloy Steel Material Tray Castings Manufacturers and Custom Alloy Steel Material Tray Castings Factory. It is a private technology enterprise, high-tech enterprise, member unit of Jiangsu Foundry Association, president unit of Xinghua Foundry Industry Association, and specialized and new small and medium-sized enterprise in Jiangsu Province. Our company is a professional manufacturer of various special alloy steel products that are resistant to damage, corrosion, high temperature, oxidation, etc. The products are widely used in industries such as metallurgy, electricity, cement, machinery, heat treatment, and chemical engineering. The company currently has 136 employees, including 32 with college degrees or above, 12 technical researchers, and a registered capital of 30 million yuan.
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Material Tray Series Castings Industry knowledge

How to choose a casting alloy suitable for tray castings?

Choosing a casting alloy suitable for tray castings is the key to ensuring the performance and quality of the castings. Here are some factors to consider when choosing alloys:

Use environment: Choose a suitable casting alloy according to the use environment of the tray casting (such as high temperature, high corrosion, heavy load, etc.). For example, if the tray needs to withstand high temperatures, a high-temperature resistant alloy may be required.

Mechanical properties: Consider the mechanical properties required for the casting, including strength, hardness, toughness, etc. For example, if the tray needs to withstand heavy loads, an alloy with high strength and wear resistance should be selected.

Casting properties: The casting properties of different alloys vary greatly, including fluidity, shrinkage, porosity tendency, etc. Selecting an alloy with good fluidity can improve the filling of the casting and reduce casting defects.

Cost: The cost of the alloy includes the cost of raw materials and processing costs. Selecting a cost-effective alloy can control production costs while meeting performance requirements.

Heat treatment: Some alloys can improve their properties through heat treatment. If the tray casting needs to be heat treated to improve performance, it is important to select an alloy that can be heat treated.

Corrosion resistance: If the tray casting will be used in a corrosive environment, corrosion-resistant alloys such as stainless steel or aluminum alloys should be selected to improve its durability.

Machinability: The machinability of the alloy is also important. Some alloys may require special processing techniques or equipment. Choosing alloys that are easy to process can improve production efficiency and reduce processing difficulty.

Standards and specifications: Select alloys according to industry standards and specifications. Make sure the selected alloy meets relevant standards and meets quality requirements.

How to maintain and care the tray casting during use?

Proper maintenance and care of the tray casting during use can extend its service life and ensure its performance. Here are some maintenance and care suggestions:

Regular inspection:
Visual inspection: Regularly inspect the surface of the tray casting to look for cracks, deformation, corrosion or other obvious damage.
Dimensional inspection: Use precision measuring tools to check whether the dimensions of the tray are still within the allowable tolerance range.

Cleaning:
Surface cleaning: Regularly clean the surface of the tray to remove dirt, oil and other contaminants to prevent these substances from corroding or wearing the surface of the casting.
Anti-corrosion treatment: If the tray casting is exposed to a corrosive environment, consider using an anti-corrosion coating or surface treatment to prevent corrosion.

Lubrication:
Contact part lubrication: Regularly lubricate parts that are frequently moved or in contact (such as bearings, slide rails, etc.) to reduce friction and wear.
Lubricant selection: Select lubricants or lubricants suitable for the working environment and temperature.

Repair:
Minor repairs: For small cracks or wear, welding or other repair measures can be performed. If necessary, contact professional maintenance personnel for processing.
Replacement of parts: If some parts are seriously damaged, replace them in time to avoid affecting the overall use effect.

Avoid overload:
Load control: Avoid overloading the tray castings, strictly abide by their designed load capacity, and prevent damage caused by overload.

Correct operation:
Operation training: Train operators to ensure that they use the tray castings correctly and reduce damage caused by improper operation.
Operation specification: Follow the operating procedures to avoid unnecessary wear or damage caused by improper operation.

Prevent overheating:
Temperature monitoring: When using the tray castings in a high temperature environment, monitor their temperature to avoid affecting their performance due to overheating.
Cooling measures: Take appropriate cooling measures when necessary to prevent the impact of high temperature on the tray.

Storage precautions:
Avoid impact: When not in use, store the tray castings in a place to avoid impact and collision to reduce accidental damage.
Dry storage: Ensure that the storage environment is dry to prevent corrosion caused by moisture.