High-capacity Tube Sling- Medeer Endless Polyester Lifting Sling - Safe Loading 4 Ton

• High-Strength Polyester Core Construction

• Optional abrasion-resistant and cut-resistant protective sleeves

• Lightweight and flexible for easy operation in confined spaces

• Color-Coded Capacity Identification

• Each sling carry a blue label giving correct WLL for different load connection methods and angles

• Smooth surface contact prevents damage to delicate surfaces

• Capacity range: 1-300 tons; Effective length: 0.5-80 meters

Our polyester high class round slings are made from high quality polyester yarn that makes up the core and can be produced with all sorts of sleeve qualities. Since the core yarns are not directly in contact with the load there is no loss of strength from abrasion to the sling cover. Moreover, the slings are portable, flexible, and safe to use on delicate surfaces. Complies with the European standard: EN 1492-2

Crafted from super-strong fibers, the endless round sling features a seamless tubular design that ensures optimal contact with load surfaces, intensifying lifting stability and safety. Engineered for remarkable tensile strength and abrasion resistance, this sling delivers reliable performance across diverse industrial applications.

Ideal for maritime Industry,stage & Event Production, power generation and distribution, rescue and recovery, and landscaping. Its adaptable design accommodates irregularly shaped objects while minimizing surface damage.

In short, the round sling is a high-quality, high-performance lifting belt that is suitable for lifting operations in various occasions. It can improve work efficiency, reduce operational risks, and protect the safety of the objects being lifted.

Engineered for diverse industrial challenges, these slings excel in critical applications:

Maritime Operations: Resistant to saltwater corrosion and UV degradation, ideal for shipyard equipment handling and offshore rig maintenance

Event Production: Non-marring construction protects stage lighting trusses and audio equipment during aerial installations

Energy Sector: Dielectric properties enable safe use near live electrical components in power grid maintenance

Emergency Services: Quick-deployment capability for rescue operations in confined spaces or complex urban environments

Landscaping: Abrasion-resistant sleeves withstand rockery installations and tree transplantation projects

The advanced polyester matrix provides inherent advantages over traditional steel chains or wire ropes, including 50% weight reduction for improved portability, vibration dampening characteristics that prevent load shifting, and chemical resistance to oils, greases, and mild acids. Operational temperature tolerance from -40°C to 100°C ensures reliability in extreme climates, while the non-conductive nature eliminates spark risks in volatile environments.

For cylinder lifting applications, the specialized 4T configuration incorporates spiral-weave technology that automatically adjusts to diameter variations while maintaining constant tension. The anti-slip surface texture provides 30% greater friction coefficients than standard roundslings, crucial for securing polished metal or wet surfaces. Protective edge binding prevents cover damage when working with sharp-edged loads, extending service life by up to 40% compared to conventional models.

By integrating these slings into material handling systems, operations achieve measurable improvements in workflow efficiency - reducing typical rigging time by 25% through faster positioning and easier load balancing. The ergonomic design minimizes worker fatigue during repetitive lifts while the compact storage profile optimizes tool inventory space.

Ultimately, our polyester round slings redefine lifting safety through intelligent design innovations that protect both workers and valuable assets. From routine warehouse operations to mission-critical recovery missions, they deliver the perfect balance of strength, adaptability, and damage prevention that modern industries demand.