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A chain sling is a type of lifting sling made from metal chains, typically constructed from steel. Chain slings are commonly used in industrial settings for lifting heavy loads, such as construction materials or heavy machinery.

Chain slings consist of a length of chain with metal fittings on either end, which are used to attach the sling to a lifting hook or other lifting equipment. The chain links are designed to be durable and resistant to damage from abrasion, corrosion, or exposure to high temperatures.

Chain slings come in different configurations, such as single-leg, double-leg, or multi-leg slings, depending on the lifting requirements. They may also have different types of fittings, such as hooks, shackles, or eyes.

When using a chain sling, it is important to ensure that the sling is properly rated for the load being lifted, and that the sling is inspected regularly for signs of wear or damage. A qualified person should also be responsible for rigging the chain sling and overseeing the lifting operation to ensure safety.

A webbing sling is a type of lifting sling made from high-strength polyester or nylon webbing material. It is designed to lift heavy loads and is commonly used in industrial, construction, and transportation applications.

Webbing slings come in various configurations, including flat and endless, and are available in different lengths and weight capacities. They are typically used in combination with other lifting equipment, such as cranes or hoists.

Webbing slings are preferred over other types of lifting slings due to their high strength-to-weight ratio, flexibility, and durability. They are also less likely to cause damage to the load being lifted, as the webbing material has a soft surface that won't scratch or dent the load.

When using webbing slings, it is important to follow the manufacturer's instructions and guidelines for safe use, inspection, and maintenance. This includes regularly inspecting the sling for signs of wear and tear, such as fraying or cuts, and replacing it if necessary.

Rigging hardware refers to a group of mechanical components used in rigging systems to lift, secure, or move heavy loads. These hardware components are typically made of strong and durable materials such as steel, aluminum, or titanium, and they are designed to withstand high stresses and loads.

Some examples of rigging hardware include:

1. Shackles: Used to connect various rigging components together or to the load being lifted.

2. Turnbuckles: Used to adjust the tension in rigging lines and cables.

3. Wire rope clips: Used to secure the ends of wire ropes and prevent them from unraveling.

4. Hooks: Used to attach the load to the rigging system.

5. Thimbles: Used to protect the wire rope from wear and damage.

6. Eye bolts: Used to attach rigging components to the load or to a structure.

7. Swivels: Used to prevent twisting or tangling of rigging lines and cables.

These are just a few examples of the types of rigging hardware that may be used in various lifting and rigging applications. It is important to choose the appropriate hardware for each application to ensure safe and efficient lifting operations.

A wire rope is a type of cable made up of multiple wire strands twisted together in a helix pattern around a central core. The wire strands are typically made of high-strength steel and can be coated with a protective layer to improve corrosion resistance.

Wire ropes are commonly used for lifting and hoisting applications, such as in cranes, elevators, and suspension bridges. They can also be used in mining, oil and gas drilling, and marine applications, among others.

The strength and durability of wire ropes make them ideal for heavy-duty tasks, and they can be customized to suit specific requirements by varying the number of wire strands, the size of the wires, and the type of core material used. Regular inspection and maintenance are essential to ensure the safe and reliable use of wire ropes.

Wire rope thimbles are small metal fittings used in conjunction with wire rope to help protect and strengthen the rope. They are typically made of steel, stainless steel, or galvanized metal and are designed to be inserted into the eye or loop of the wire rope to prevent the rope from being crushed or worn out due to friction.

Thimbles come in different shapes and sizes, depending on the specific application and the type of wire rope being used. Some thimbles are designed to be used with braided wire rope, while others are designed for use with spiral or twisted wire rope.

The use of wire rope thimbles is important in many applications where wire rope is used, including construction, marine, and industrial applications. They help to prolong the life of the wire rope and prevent damage that can be caused by sharp edges, friction, or heavy loads.

When using wire rope thimbles, it's important to ensure that the thimble is the correct size for the wire rope being used and that it is properly installed to ensure maximum protection and strength.

Choosing the right lifting equipment is crucial to ensure the safety and efficiency of your lifting operations. Here are some factors to consider when selecting the appropriate lifting equipment:

1. Load capacity: Determine the weight and size of the load to be lifted. Ensure that the lifting equipment you choose has a sufficient load capacity to lift the load safely.

2. Lift height: Consider the height of the lifting job. The lifting equipment must have the necessary lift height to reach the intended height.

3. Lifting speed: Depending on the job requirements, the lifting equipment may need to have a fast or slow lifting speed.

4. Environment: Consider the environment in which the lifting equipment will be used. If the lifting equipment will be used outdoors or in harsh environments, you may need to choose equipment that is designed for those conditions.

5. Maneuverability: Consider the space and accessibility of the lifting area. Ensure that the lifting equipment can maneuver and fit into the available space.

6. Power source: Decide on the power source for the lifting equipment. Options include electric, hydraulic, or manual power.

7. Safety features: Check that the lifting equipment has the necessary safety features such as overload protection, emergency stop buttons, and safety interlocks.

8. Maintenance requirements: Consider the maintenance requirements of the lifting equipment. Ensure that you have the necessary resources and knowledge to maintain and service the equipment.

By considering these factors, you can select the appropriate lifting equipment for your specific lifting requirements. It is also essential to follow the manufacturer's instructions for safe and proper use of the equipment.

Commonly used lifting spreaders

Lifting sling refers to the device for lifting heavy objects in hoisting machinery. The most commonly used spreader for lifting items is the hook, and others include rings, lifting suction cups, clamps and forks. It is widely used in the lifting industry.

Metallurgical spreader, steel billet hanger, steel plate hanger, round steel hanger, steel plate hanger clamp, flat sling, flexible sling, sling, wire rope sling, chain sling, hook and various sling accessories. C-type spreader, C-type hook, no-joint rope ring, C-type rolled steel spreader, hanging beam, steel cable lifting net, and can supply hooks, slings, spreaders, slings, fixtures, hangers Rope, lifting chain complete set of rigging.

Steel plate spreader series products: C-shaped coil steel spreader, billet spreader, steel plate lifting clamp, round steel clamp, special spreader for oil drum, turning clamp, horizontal lifting clamp, chain hoist equipment, lifting block.

Suspension series products: Eye Suspenders, Eye Grapples, Swivel Hooks, Claw Sliding Hooks (with Tongue), S Hooks, Nose Hooks, Wire Rope Clamps, Ring Screws, D Shackles, Bow Shackles, etc. .

Rigging series products: one-leg chain rigging, two-leg chain rigging, three-leg chain rigging, four-leg chain rigging, adjustable special sling, chain binding rigging, adjustable roll paper sling rigging, adjustable lashing rigging, double-leg lashing rigging, adjustable four-leg sling (with adjuster), four-prong chain sling set, double-link lifting chain.

Various lifting spreaders use their own structural characteristics and different manufacturing materials to complete different functions.

Maintenance and inspection of wire rope slings

(1) run

The speed of the steel wire rope should be stable during operation, and it should not exceed the load to avoid impact load.

(2) Maintenance

The wire rope has been coated with enough grease during manufacture, but after running, the grease will gradually decrease, and the surface of the wire rope will occupy dirt such as dust and debris, which will cause wear and tear of the wire rope and sheave and rust of the wire rope. Clean and oil. The simple method is to use a wire brush and other corresponding tools to wipe off the dust and other dirt on the surface of the wire rope, apply the heated and melted wire rope surface grease evenly on the surface of the wire rope, or spray No. 30 or No. 40 engine oil on the surface of the wire rope , but do not spray too much and pollute the environment.

(3) Inspection records of wire rope slings

The use of wire rope slings must be regularly checked and recorded. In addition to the above-mentioned cleaning and refueling, the content of regular inspections should also check the degree of wear, broken wires, corrosion of the wire rope, hooks, rings, lubricating wheel grooves, etc. Condition of wear of consumable parts. Any abnormality must be adjusted or replaced in time.

Selection of wire rope slings

(1) Corresponding professional steel wire ropes should be selected for elevator and aviation steel wire ropes

(2) Corresponding special steel wire ropes should be selected for high-lift construction tower cranes, etc.

(3) Steel wire ropes for cranes, piling machines, drilling rigs, electric shovels, excavators and other machinery with low lift require wear resistance, fatigue resistance, and good impact resistance, and structural steel wire ropes such as 6*29Fi or 6*36SW can be used

(4) For equipment operating in high temperature environment or requiring large breaking load, steel wire rope with metal core can be selected

(5) Steel wire ropes for shipping, ships, fisheries, and tying timber are required to be corrosion-resistant and soft, and Class A galvanized steel wire ropes with structures such as 6*19, 6*24, and 6*37 can be used

In addition, the tensile stress of the steel wire rope should be selected according to the load used and the specified safety factor, and the appropriate strength level should be selected, and high strength should not be blindly pursued. In short, according to the characteristics of the equipment and the working situation, the appropriate wire rope should be selected to ensure safety, prolong service life and improve economic benefits.

We ship new galvanised hand chain, packing is bag in barrel, then on steel pallet.