GRILLI OMEGA ALTA RESISTENZA
PERNO FILETTATO
HIGH RESISTANCE OMEGA CRICKETS
Cotter Pin Nut
STRAIGHT SHACKLES
THREADED PIN
STRAIGHT SHACKLES WITH NUT AND COTTER PIN
UNI GALVANIZED STRAIGHT SHACKLES
1947 THREADED PIN
SHACKLES FOR LIFTING
HIGH STRENGTH OMEGA SHACKLES WITH THREADED PIN
Omega shackles with threaded pin are lifting devices used to lift loads safely and in a controlled manner. These shackles consist of an omega-shaped threaded pin connected to a lifting plate. Below is a brief technical report on the main technical and functional aspects of omega shackles with threaded pin:
Materials: Threaded pin omega shackles are commonly made of high-strength alloy steel, which offers an optimal combination of strength and durability. Robust construction is essential for ensuring safety when lifting loads.
Shape and Thread: The omega shape provides a secure attachment point for lifting loads. The pin's thread must be machined with extreme precision to ensure adequate strength and secure installation.
Lifting plate: The lifting plate is connected to the threaded pin and provides a contact surface for the lifted load. It must be designed to distribute pressure evenly and reduce the risk of damage to the load.
Load Capacity: Each shackle has a maximum allowable load capacity, which depends on the size of the threaded pin and the strength of the materials used in the shackle's construction. This capacity must be adhered to to ensure safe lifting of loads.
Applications: Threaded pin omega shackles are widely used in industrial lifting applications, construction, and heavy-duty work environments where heavy loads need to be lifted in a safe and controlled manner.
In conclusion, threaded pin omega shackles are essential devices for safely lifting loads. Their sturdy construction, threaded pin, lifting plate, and load capacity are all crucial to ensuring safe and controlled lifting of loads.
HIGH RESISTANCE OMEGA SHACKLES WITH NUT AND COTTER PIN
Omega shackles with nuts and cotter pins are lifting devices used to lift loads safely and in a controlled manner. They consist of an omega shackle, a wing nut, and a safety cotter pin. Below is a brief technical report on the main technical and functional aspects of omega shackles with nuts and cotter pins:
Materials: Omega shackles with nuts and cotter pins are commonly made of high-strength alloy steel, which offers an optimal combination of strength and durability. Robust construction is essential for ensuring safety when lifting loads.
Load capacity: Each shackle has a maximum load capacity, which must be respected to ensure safe lifting. The load capacity depends on the size of the shackle and the strength of the materials used in its construction.
Wing nut: The wing nut securely attaches the shackle to the lifting point. It should be designed so that it can be tightened manually without the use of special tools, allowing for quick and safe installation.
Safety cotter pin: The safety cotter pin is an additional fastening device that ensures the wing nut remains in place during lifting. It provides an additional level of safety by preventing accidental release of the shackle.
Applications: Omega shackles with nut and cotter are widely used in industrial lifting applications and heavy-duty environments where heavy loads need to be lifted in a safe and controlled manner.
In conclusion, wing shackles with a nut and cotter pin are essential devices for safely lifting loads. Their sturdy construction, load capacity, wing nut, and safety cotter pin are all crucial elements for ensuring safe and controlled lifting of loads.
HIGH STRENGTH OMEGA STRAIGHT SHACKLES WITH THREADED PIN
Straight shackles with threaded pin are lifting devices used to lift loads safely and in a controlled manner. They consist of a threaded pin, a lifting plate, and a wing nut. Below is a brief technical report on the main technical and functional aspects of straight shackles with threaded pin:
Materials: Straight shackles with threaded pins are commonly made of high-strength alloy steel, which offers an optimal combination of strength and durability. The threaded pin, lifting plate, and wing nut are all made of steel to ensure the device's robustness.
Load capacity: Each shackle has a maximum load capacity, which must be adhered to to ensure safety during use. This capacity depends on the size of the threaded pin and the strength of the materials used in the shackle's construction.
Threading: The threads of the stud and wing nut must be machined with extreme precision to ensure adequate strength and secure installation. The threading must comply with relevant quality and safety standards.
Applications: Straight shackles with threaded pin are widely used in industrial and lifting applications, such as securing loads on load-bearing structures or for lifting in heavy-duty environments.
Safety: The use of straight shackles with threaded pins requires strict safety considerations. Operators must be trained in proper shackle installation and follow the manufacturer's instructions to ensure safe lifting of loads.
In conclusion, straight shackles with threaded pins are essential lifting devices used in a wide range of industrial applications. Their robust construction, load capacity, thread precision, and attention to safety are all crucial to ensuring effective and safe lifting.
HIGH STRENGTH STRAIGHT SHACKLES WITH NUT AND COTTER PIN
Straight shackles with a nut and cotter pin are lifting devices used to lift loads safely and in a controlled manner. These shackles consist of a straight shackle, a nut, and a safety cotter pin. The straight shackle provides a secure attachment point for lifting loads, while the nut securely attaches the shackle to the lifting point.
The safety cotter pin is an additional fastening device that ensures the nut remains in place during lifting, providing an additional level of safety.
Straight shackles with nut and cotter pin are designed to distribute pressure evenly and reduce the risk of load damage during lifting. They are widely used in industrial lifting, construction, and heavy-duty applications where heavy loads must be lifted safely and in a controlled manner.
Robust construction, maximum permissible load capacity and secure installation of straight shackles with nut and cotter pin are crucial elements in ensuring safe and controlled lifting of loads.
These devices are an integral part of industrial lifting and hoisting operations, helping to ensure safety in the workplace.
UNI 1947 GALVANIZED STRAIGHT SHACKLES WITH THREADED PIN
The UNI 1947 standard concerns lifting shackles, and more specifically, galvanized straight shackles. These shackles are designed for the safe lifting of loads and are manufactured in accordance with the specifications established by the UNI 1947 standard.
Materials: UNI 1947 galvanized straight shackles are designed to withstand harsh and corrosive environments thanks to their galvanized coating, which provides protection against rust and corrosion. This makes them suitable for outdoor use and in humid environments.
Applications: UNI 1947 galvanized straight shackles are widely used in a variety of industrial sectors, including heavy lifting and transport, construction, and manufacturing.
Safety: Compliance with this regulation is essential to ensure worker safety and the protection of lifted loads.
The UNI 1947 standard establishes the technical specifications and safety requirements for lifting shackles, including galvanized straight shackles. These requirements include maximum load capacity, material strength, safety factors, and compliance testing. Furthermore, the standard provides guidelines for the installation, use, and maintenance of lifting shackles to ensure safe and controlled lifting of loads.
In conclusion, UNI 1947 galvanized straight shackles represent an important lifting tool in the industrial context, and compliance with this regulation is essential to ensure safe lifting and compliance with current regulations.