Gypsum Boards Horizontal Wrapper

Description：

The Gypsum Boards Horizontal Wrapper is specifically designed to address the challenges of packaging large volumes of gypsum boards efficiently. Utilizing state-of-the-art horizontal orbital wrapping technology, this machine provides tight, secure wrapping to protect boards during storage and transit. It accommodates a wide range of board sizes, ensuring versatility across different production requirements. The machine's robust design and high-throughput capabilities enable continuous operation, reducing downtime and enhancing overall productivity. Simple to operate with an intuitive control panel, it also features advanced safety systems to protect operators. Ideal for manufacturers looking to optimize their packaging line, this wrapper ensures durability and reliability in demanding industrial environments.

Specifications：

• Technology: Horizontal Orbital
• Product Capacity: Up to 70 boards per hour
• Wrap Material Compatibility: Stretch Film, Polyethylene
• Power Requirements: 220V, 50Hz
• Energy Consumption: 4.5 kW per hour

Applicable industry:

• For disc harrow blades, vital for soil preparation and typically 0.6 meters in diameter and weighing 50 kilograms each, a robust packaging solution is employed. A stretch film with a 150mm outer diameter, a 76mm inner wax diameter, and a 350mm width is used, along with a woven sheet that extends the total width to 750mm. This wrapping method provides a secure and tight cover that protects the blades from the elements and potential impacts during transportation, ensuring they remain sharp and ready for immediate deployment.

• Utilizing an orbital stretch wrapper significantly enhances the protection and stability of heavy machinery components during their transport. It effectively handles items with dimensions of 1350mm x 1100mm x 1500mm and a weight around 1800 kg. The incorporation of both stretch film and a PE film overwrap secures a tight and protective wrap that shields against moisture, dust, and the severe vibrations typical in shipping scenarios. This approach drastically lowers the potential for transport-related damage, maintaining the integrity and value of the machinery parts throughout their journey.

• In shipbuilding, employing an orbital stretch wrapper to handle large marine engine parts proves extremely beneficial. The process involves encasing the parts in stretch film (OD 150mm, ID 76mm, Width 450mm), effectively isolating them from moisture and dirt, essential for preventing corrosion and other damages. The inclusion of a foam film (Width 2450mm) provides superior shock absorption during handling and transportation. This packaging strategy ensures the protection and integrity of valuable engine components while optimizing logistics and installation processes in shipyards.