Aluminum Die Casting Manufacturer - Taiwan

Bracket For Solar Energy Quiipment

Model: ADC00008

*For simulation Equipment

*Machined aluminum die casting

*Surface: black anodized

*OEM and ODM orders are welcome Image for reference of production capability only, product shown is not for sale.

Description:

A bracket for solar energy equipment is an essential component that provides support and stability to various solar devices.

This particular bracket is manufactured using machined aluminum die casting, a precise and efficient production method known for its durability and reliability.

The machined aluminum die casting process ensures that the bracket is accurately formed with high structural integrity.

By injecting molten aluminum alloy into a precisely designed mold, the bracket is crafted to meet the required specifications, ensuring a strong and reliable support for solar energy equipment.

To enhance both its functionality and aesthetics, the bracket features a black anodized surface.

Anodizing not only provides a protective layer that enhances the bracket's resistance to corrosion and wear but also adds a sleek black finish that complements the overall appearance of the solar energy equipment.

Manufacturers offering this bracket welcome both OEM and ODM orders.

This means they are open to collaborating with customers to customize the brackets based on their specific requirements.

Whether it's adjusting the dimensions, optimizing the design, or incorporating additional features, OEM and ODM services ensure that the bracket can be tailored to fit various solar energy applications.

Company Contact:

• Posted By: Grand Latitude Industries Co.,Ltd

• Phone: 886-4-25330556

• Address: No.225-8 Sec. 3, Changping Rd., Tanzi Dist., Taichung City, Taichung , Taiwan

• Email:

• Website: https://www.grandlatitude.com

• Business Description: Grand Latitude Industries, an experience in the aluminum extrusion industry for 3 decades, is a one-stop full- service provider of custom aluminum extruded parts with secondary machining.