Noble Trading Corporation

1. Material: Web slings are made from durable synthetic fibers, such as polyester or nylon, which provide high strength and resistance to abrasion, chemicals, and moisture. 2. Design: They are typically flat and wide, which helps distribute the load more evenly across the sling and minimizes damage to the load being lifted. 3. End Fittings: Web slings often have reinforced loops (known as eyes) at each end for attaching to lifting hooks or other hardware. Some may also have fittings such as rings or shackles. 4. Capacity: The load capacity of a web sling is determined by its width, thickness, and the type of fiber used. It is essential to check the manufacturer’s specifications to ensure the sling can handle the intended load. 5. Color Coding: Many web slings are color-coded according to their load capacity, making it easy to identify the appropriate sling for a particular task. Types of Web Slings: • Single-Ply and Multi-Ply: Refers to the number of layers of webbing. Multi-ply slings offer higher strength and durability. • Endless Slings: A continuous loop of webbing, offering flexibility in how the sling can be used. • Eye-and-Eye Slings: Have loops (eyes) at each end, commonly used for vertical, choker, and basket lifting configurations. Applications: • Construction: Lifting beams, pipes, and other construction materials. • Shipping and Logistics: Handling cargo, containers, and heavy equipment. • Manufacturing: Moving machinery, parts, and other heavy components. • Rescue Operations: Hoisting and positioning in emergency scenarios.

1. Lever Handle: A long handle used to operate the hoist. By cranking the lever back and forth, the operator can lift or pull the load. 2. Load Chain: A heavy-duty chain that bears the weight of the load. It is usually made of high-strength steel to withstand heavy loads. 3. Hooks: Both the top and bottom of the hoist have hooks. The top hook attaches to a secure anchor point, while the bottom hook attaches to the load being lifted or pulled. 4. Ratchet Mechanism: This internal mechanism allows the operator to incrementally lift or pull the load with each movement of the lever. The ratchet system prevents the load from slipping back. 5. Brake System: Ensures the load stays in place when the lever is not being operated. This safety feature is crucial for maintaining control over the load. 6. Frame: The main body of the hoist, housing the internal mechanisms and providing structural integrity. Operation: • Lifting or Pulling: By moving the lever handle back and forth, the ratchet mechanism advances the chain, thereby lifting or pulling the load. • Lowering or Releasing: The direction of the ratchet can be reversed to lower or release the load in a controlled manner. Applications: • Construction: For lifting materials and positioning structural elements. • Industrial: Used in factories for maintenance and assembly tasks. • Forestry: For pulling logs or other heavy items. • Transport: Securing and tensioning loads on trailers and trucks.

A Tirfor, also known as a grip hoist, is a portable manual winch used for lifting, pulling, and positioning loads. It operates on a wire rope that passes through the device. The main components include: 1. Wire Rope: A strong, flexible cable that can be extended to different lengths depending on the task. 2. Jaws: Clamping mechanisms within the Tirfor that grip the wire rope, allowing it to move in one direction while preventing movement in the opposite direction. 3. Handle: A lever or crank that the operator uses to manually move the load by alternately engaging and releasing the jaws. 4. Frame: The sturdy body of the Tirfor, housing the jaws and other internal mechanisms. The device is highly versatile and can be used in various applications such as construction, forestry, and rescue operations due to its portability and ability to operate in any position or angle. It does not rely on electricity or other power sources, making it especially useful in remote or off-grid locations.