China JiangSu Tianhua Rigging Co., Ltd Company News

1 High Strength and Durability: Polyester Lifting Slings are made from polyester fibers, providing excellent strength and durability. They can withstand heavy loads and maintain stability, making them suitable for lifting and suspending various types of cargo. 2 Lightweight and Flexible: These slings are relatively lightweight and easy to handle. They can be adjusted and installed according to the shape and size of the cargo, accommodating different transportation needs. 3 Non-Damaging to Cargo: Polyester Lifting Slings have a smooth surface and do not have sharp edges or metal components that could scratch or damage the cargo. This is an important consideration in the transportation and logistics industry, especially for fragile or sensitive goods. 4 Chemical Resistance: Polyester Lifting Slings have good resistance to chemical corrosion, allowing them to maintain their strength and performance when in contact with certain chemicals or environments. This makes them suitable for various transportation and logistics environments, including the transportation of chemicals, paints, and other corrosive substances. 5 Easy Inspection and Maintenance: These slings are relatively easy to inspect and maintain. Their soft surface and visibility make it easier to check for potential wear, damage, or other issues. Additionally, they do not require complex maintenance procedures and usually only require regular cleaning and storage.

Dear Protenial clients:     JiangSu Tianhua Rigging will exhibit the Spring Canton Fair at Guangzhou, China from 15th, April to 19th, April.   Our booth NO is :14.3G22.  Welcome to visit us then.    Thanks very much !        

I. Typical Application Scenarios Container Handling Used to lift standard containers (20/40 feet) by securing them through the corner castings (top or bottom) with slings, combined with cranes or straddle carriers for stacking, loading, or unloading. Advantage: Soft polyester material prevents scratches on container coatings compared to metal slings. Heavy Equipment Transport Lifting port machinery (e.g., forklifts, reach stackers), industrial equipment, or oversized cargo (e.g., wind turbine blades, steel structures). Method: Multi-leg slings (e.g., 4-leg configurations) distribute load evenly to ensure balance and stability. Bulk and Irregular Cargo Securing irregularly shaped items (e.g., pipes, steel coils) by wrapping the sling around the cargo to prevent slippage. II. Usage Steps and Guidelines Select the Appropriate Sling Choose sling type (single, double, or multi-leg) and specifications (length, width, Working Load Limit/WLL) based on cargo weight and shape. Example: For a 30-ton container, use a 4-leg sling with a total WLL ≥ 30 tons, ensuring equal load distribution per leg. Inspect the Sling Condition Check for cuts, abrasions, chemical corrosion, or heat damage before use. Ensure labels (WLL, manufacturing date, etc.) are legible. Secure the Cargo Properly Containers: Thread slings through ISO-standard corner castings and connect to hooks or shackles. Bulk Cargo: Use a choke or basket hitch with edge protectors/padding to shield slings from sharp edges. Maintain safe sling angles (recommended ≤ 90°) to avoid overloading. Connect to Lifting Equipment Attach sling ends to crane hooks or shackles, ensuring all connections are locked and secure. Lift and Move Smoothly Lift gradually to check balance; avoid sudden stops or swings. Keep personnel clear of suspended loads. Unloading and Storage Inspect slings after use, clean if necessary, and store in a dry, ventilated area away from UV exposure or chemicals. III. Safety Precautions Never Exceed WLL: Account for dynamic forces (e.g., acceleration, swinging). Environmental Adaptability: Avoid prolonged exposure to strong acids/alkalis, high temperatures (>100°C), or UV radiation. Dry slings thoroughly after use in humid conditions to prevent mold. Edge Protection: Use wear sleeves or padding when contacting sharp edges. Operator Training: Ensure personnel understand sling properties, rigging techniques, and emergency protocols.

1 Weight and Load Requirements: Determine the weight and load requirements of the objects to be lifted or suspended. Ensure that the chosen Polyester Lifting Sling has sufficient working load capacity to safely handle the required weight. 2 Length and Width: Choose the appropriate length and width of the Polyester Lifting Sling based on the specific construction and maintenance tasks. Consider the required lifting height and suspension points to ensure flexibility and safety during operations. 3 Environmental Conditions: Consider the specific requirements of the work environment. If there are chemical 3  substances or harsh weather conditions present at the worksite, select Polyester Lifting Slings with good chemical corrosion resistance and UV stability. 4 Safety Performance: Ensure that the chosen Polyester Lifting Sling complies with relevant safety standards and regulations. Check its load-bearing capacity, safety factor, and any certifications or testing reports to ensure  compliance with safety requirements. 5 Maintenance and Inspection: Consider the maintenance and inspection requirements of the Polyester Lifting Sling. Choose a material that is easy to clean and inspect, ensuring long-term reliability and safety. 6 Quality and Reliability: Select high-quality Polyester Lifting Slings from reputable brands or reliable suppliers. A reliable lifting sling of good quality can provide higher safety and durability.