The frames can be categorized based on the material they are made from, including wooden frames, aluminum frames, and steel frames.
- Wooden Frames: These are relatively inexpensive and easy to produce, suitable for manual mesh stretching. However, they have low strength, are prone to deformation, and are only suitable for low-precision printing. The meshes stretched on wooden frames are likely to slacken and have poor recyclability. With the advancement in printing technology and the rise in printing condition requirements, the use of wooden frames is gradually being replaced by aluminum or steel frames.
- Aluminum Frames: Compared to wooden frames, they offer dimensional stability, durability, and are less prone to deformation. They are lightweight, rust-resistant, and easy to move, making them the most commonly used type of frame in screen printing.
- Steel Frames: These exhibit excellent resistance to twisting or bowing, water resistance, and durability. They are stronger and more durable than aluminum frames, making them ideal for printing applications that require higher mechanical strength and stability. Although steel frames may be more expensive and heavier, their advantages are evident in high-precision and high-durability printing tasks.
The choice of printing mesh frame depends on specific printing needs and technical requirements, such as size, strength, chemical resistance, weight, and ease of operation. MAISHI has extensive experience in polyester printing mesh products and related applications, offering a wide range of specifications from 6T (15 mesh) to 165T (420 mesh), with a consistent inventory to ensure timely delivery.
Welcome to the inquiry MAISHI team to get more technical support and discover how our high-quality printing meshes can enhance the efficiency and reliability of your printing production process.
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#polyesterprintingmesh, #screenprintingindustry, #woodenframes, #aluminumframes, #steelframes, #printingtechnology
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