Reliable performance for standard spiral applications. With 200% stretch capability, good clarity, and dependable holding force, ST200+ spiral film delivers consistent load containment for regular automated wrapping needs.
Super Economy, 3-layer, 30% PIR, Differential Cling
Efficient 3-Layer Spiral Solution
Newton's ST200+ spiral film delivers reliable automated wrapping performance with proven 3-layer technology. Specifically designed for spiral applications, this practical cast film provides 200% stretch capability with consistent load containment for standard pallet types. Featuring 30% PIR recycled content and our specialised differential cling design, ST200+ spiral balances operational efficiency with environmental responsibility. Ideal for regular and moderately irregular loads in automated systems, ST200+'s reliable performance and consistent quality ensure dependable results. Experience practical spiral wrapping with ST200+ - where reliability meets automated efficiency.
Automated Application: Designed for standard spiral wrapping systems
Visual Clarity: Good transparency enables straightforward inspections
Reliable Performance: Consistent results for regular pallet types
Charecteristics
Proven Construction: Reliable 3-layer extruded cast film
Differential Cling: Features a cling inner surface with a slip outer surface
Standard Technology: Traditional 3-layer design for consistent performance
Practical Engineering: Designed for automated spiral applications
Recycled Content: Contains 30% Post-Industrial Recycled (PIR) material
Optical Properties: Maintains good clarity for everyday applications
Zero commitment trial Orders
We provide stretch film trial orders with no commitment. We also offer an expert audit to measure your current usage and optimise your machinery based on your needs so you can see the positive cost-benefit analysis of using our products.
Newton provides a range of high-performance stretch film and pallet stabilisation products. Our experts will work with you to determine the exact amount of packaging needed, optimising for both cost savings and load stability.
