What Is a Steel Belt?
A steel belt, crafted from thin stainless steel plates, excels in transporting objects and power transmission. Its remarkable heat, abrasion, and chemical resistance, coupled with exceptional tensile strength and minimal expansion or contraction, make it ideal for industrial, pharmaceutical, and food processing machinery, attributing to its significant hygiene standards.
Applications of Steel Belts
Due to their robust properties, steel belts find diverse applications:
1. Oil Skimmers
Employed to collect oil from waste liquid in manufacturing and food production facilities.
2. Heat Sealers
Utilized in sealing candy bags and cosmetic packages, taking advantage of heat resistance and non-adhesive properties.
3. Semiconductor Inspection Transportation
Chosen for semiconductor product transport due to precise positioning, anti-static properties, and minimal dust generation.
4. Image Inspection
Facilitates product transport for image inspection on production lines, generating less dust and maintaining uniform plate thickness for consistent inspection quality.
5. Food Transportation
Supports the conveyance and processing of various foods, including frozen meats and chocolates, praised for its heat resistance, hygiene, and durability.
Principle of Steel Belts
Steel belts, made from high-strength stainless steel sheets, offer the necessary flexibility for belt applications without sacrificing durability. Their metal composition ensures minimal elongation and shrinkage, contributing to a wide range of industrial uses.
Features of Steel Belts
Distinctive features of steel belts include:
1. Less Expansion and Contraction
Stainless steel composition ensures stable performance under long-term stress without deformation.
2. High Heat Resistance and Wear Resistance
Capable of enduring heat and friction, suitable for high-temperature and high-wear applications.
3. Minimal Dust and Fraying
High durability reduces maintenance needs, contrasting with rubber belts that may fray and generate dust.
4. Hygienic
Resistance to rust and easy sanitization make it a preferred choice for food and pharmaceutical machinery.
5. Not Easily Charged with Static Electricity
Ideal for transporting semiconductor products and fine powders without attracting static electricity.
6. High Surface Flatness
Ensures even molding and processing of films and resin sheets.