Description
Zinc Coated Steel Strapping is a high-strength packaging material made from steel coated with a layer of zinc to increase corrosion resistance. This type of steel strapping is specifically designed to secure and bundle heavy objects and is suitable for industries such as construction, logistics and transportation. Zinc Coated Steel Strapping is generally available in various widths (ranging from 1/2 inch to 1 inch) and thicknesses, and it can endure considerable tension, often exceeding 800 pounds. This is important for high-impact applications such as securing and compressing steel coils. What's more, it is environmentally friendly, with a decomposition time of about 50 years, in contrast to approximately 1,000 years for plastic bales, making it a sustainable option for businesses looking to reduce their environmental footprint.
Product Features
- Corrosion Resistance: The corrosion resistance of Zinc Coated Steel Strapping comes from the zinc layer coated on its surface. This layer of zinc not only provides an effective physical barrier for the steel strip to prevent oxygen and moisture from directly contacting the steel, but also protects the metal substrate through the sacrificial anode effect.
- Impact Resistance: After heat treatment, the medium carbon steel material of Zinc Coated Steel Strapping usually has an elongation of 12% to 18%. This feature enables the steel strip to effectively absorb energy when subjected to external forces, thereby preventing breakage or damage and improving overall impact resistance.
- Diversity of Applications: Zinc Coated Steel Strapping is versatile and suitable for a variety of applications such as strapping, palletizing, and case sealing. Its adaptability allows it to be used in a variety of industries, from logistics to construction. The ability to customize the size of the strap further increases its usefulness and allows companies to efficiently meet specific packaging requirements.
- Green Choice: Unlike plastic straps, which can take up to 1,000 years to break down, Zinc Coated Steel Straps decompose in approximately 50 years. By choosing steel strapping, businesses can meet their packaging needs while improving their environmental profile.
- Safety Features: Zinc Coated Steel Strapping features safety features such as rounded edges to prevent injuries during handling. In addition, the high strength of the strap (up to 5,600 lbs) allows it to remain stable when tying heavy loads, reducing the risk of accidental loosening or damage during transport.
FAQs
1. How does Zinc Coated Steel Strapping compare to plastic strapping?
Zinc Coated Steel Strapping can withstand heavy loads and high impact resistance, making it suitable for applications involving heavy machinery and industrial products, whereas plastic strapping generally lacks this characteristic and is more prone to breaking under stress. In addition, Zinc Coated Steel Strapping is more resistant to UV rays and extreme temperatures, while plastic strapping deteriorates under such conditions, leading to increased costs due to failure.
2. What industries are Zinc Coated Steel Strapping commonly used in?
Zinc Coated Steel Strapping is widely used in various industries such as construction, logistics, manufacturing, and transportation. The versatility of this strap makes it suitable for palletizing, bundling, shipping and other applications where the security of goods in transit is important.
3. How is Zinc Coated Steel Strapping made?
Zinc Coated Steel Strapping is manufactured from high quality steel and is cold rolled to the required thickness and strength. The steel then undergoes an electro-galvanizing process, which applies a protective layer of zinc to increase its resistance to corrosion.
4. What sizes are Zinc Coated Steel Strapping available?
Zinc Coated Steel Strapping is available in a variety of sizes to suit different packaging needs. Typical widths range from 1/2 inch to 1 inch and thicknesses are typically 0.015 inch to 0.050 inch. This range allows companies to choose the right size for their specific application, ensuring optimum performance and fixed functionality.
5. Can Zinc Coated Steel Strapping be used outdoors?
Yes. The protective zinc coating prevents rusting when exposed to moisture and environmental elements, making it ideal for use in construction, transportation, and other outdoor environments. Their durability allows them to withstand harsh conditions without compromising the integrity of the secured load.
6. How do I properly store Zinc Coated Steel Strapping to prevent damage?
To properly store Zinc Coated Steel Strapping, it is important to store it in a dry, well-ventilated area to prevent moisture buildup that can lead to corrosion. To further reduce the risk of rust, the storage environment should maintain a humidity level below 60%.
7. What is the standard tensile strength of Zinc Coated Steel Strapping?
The typical tensile strength of a Zinc Coated Steel Strap is typically between 600 and 1,600 pounds, depending on its thickness and type. Heat-treated medium carbon variants can have tensile strengths of up to 800 pounds, making them suitable for demanding applications such as heavy equipment and material fastening.
8. Are there any safety concerns to consider when working with Zinc Coated Steel Strapping?
Yes. The edges of the steel strip are rough and uncoated, which can cause cuts. Therefore, workers should wear gloves to protect their hands from sharp edges.
9. How does Zinc Coated Steel Strapping perform in high impact conditions?
The medium carbon version of Zinc Coated Steel Strapping is specially heat treated for increased impact resistance, absorbing impacts without breaking. This makes them ideal for securing loads that are likely to be subjected to sudden shocks or vibrations during transport, such as in rail or truck applications.
10. How do I determine the appropriate Zinc Coated Steel Strapping thickness for my application?
The appropriate Zinc Coated Steel Strapping thickness for your application is determined by the weight and nature of the load being secured. Typically, a thickness of 0.020 to 0.030 inches is suitable for light loads, while thicker options such as 0.040 to 0.050 inches are recommended for heavier loads.
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