Our sheet metal fabrication factory spans across 11,000 square meters, allowing us to seamlessly execute sheet metal fabrication, surface finishing, and assembly all under one roof. Utilizing a diverse set of advanced techniques such as painting, anodizing, and electroplating, we guarantee impeccable quality and enduring durability. Our highly skilled sheet metal fabricators boast an average of 10 years of experience. They adeptly apply suitable surface finishing methods to enhance the functionality, aesthetics, and properties of your metal products.
Manufacturing Under One Roof
Finishing Technologies
Maximum Finishing Processes
Years of Experience
This method involves propelling sand or other abrasives at high speeds onto sheet metal. As a result, it imparts a matte texture to the metal components, preparing them for coating.
Buff polishing is the technique of smoothing and polishing surfaces with an abrasive compound and a rotating buffing wheel.
This entails applying powdered paint directly to the metal component, followed by baking it in an oven to create a durable protective coating.
This involves directly putting powdered paint to the metal component, followed by baking it in an oven to generate a long-lasting protective coating.
Anodizing improves a component's corrosion resistance while also increasing surface hardness and durability.
Surface treatment of metal to reduce corrosion susceptibility by forming a protective oxide coating on its surface.
Black oxide is a surface treatment process that creates a black, corrosion-resistant oxide layer on metal surfaces, improving both aesthetics and durability.
Electroplating is the process of applying a metal coating to a base material using an electrolytic solution in order to improve aesthetics, rust resistance, and other properties.
The technique of depositing a thin layer of metal onto the surface of an object to improve its look, corrosion resistance, and other attributes is known as electroplating. Electrochemical methods are commonly used to do this.
Laser engraving is a precise means of inscribing or imprinting patterns and text onto materials such as metal, wood, and plastic, allowing for personalisation and customisation.
Silk screen printing, often known as screen printing, is a method of applying ink to surfaces, typically cloth, using a mesh stencil to create personalised designs, logos, and artwork.
Brushing is a surface finishing technique that uses abrasive brushes to create a textured or satin-like appearance on metal surfaces, increasing visual appeal and decreasing gloss.
Surface treatments enhance the hardness and durability of metal, making it more resistant to wear and tear.
Finishing methods can reduce reflectivity, making metal surfaces less prone to glare.
Surface treatments like painting, anodizing, or plating protect metal from corrosion, extending its lifespan.
Certain raw materials possess hardness levels that may not meet the requirements of the final applications, necessitating additional treatment to improve their hardness and strength. Surface finishing provides an ideal solution to address this issue.
Sheet metal finishing improves the aesthetics of metal surfaces, making them more visually appealing.
When components need to enhance their electrical conductivity for specific uses, one approach is to apply a conductive layer to the surfaces of the components as part of the finishing process.
The selection of materials can pose challenges for surface treatments. Consult our experts to determine which finishing best suits your materials and product application.
The sequence of each process can impact the final product. Plan the workflow with us in advance so that we can identify the appropriate surface treatment that aligns with your product’s overall structure.
With decades of experience, our skilled workers are proficient in various surface finishing technologies and can assist you in finding the most suitable one for your needs.
Environmental factors like heat, humidity, vibration, and light impact part performance. Outdoors and metal parts need high hardness. To handle chemical exposure, prioritize corrosion resistance.
Our decision-making process is guided by factors such as the product’s expected lifespan and its intended usage period.
Achieving the finest surface finish demands meticulous preparation and careful processing. It’s crucial to strike a balance between using high-performance materials and considering budgetary constraints. This ensures that you meet your business needs effectively without overextending your resources.
Upon receiving the designs, our team of professional consultants will collaborate with you to work on your project.
We will perform a DFM analysis on your design and aim to provide a quote within 2 hours.
Rapid manufacturing will expedite the production of your products, with turnaround times as short as 7 days.
From painting and anodizing to electroplating and more, we have a complete selection of surface finishes, all done in-house.
Strong partnerships with dependable logistics companies ensure your order gets delivered safely and on time.
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