Wire Rope Clip Iran

Stainless Steel Wire Rope Clip Size 3, Anti-Rust

The Size 3 stainless steel wire rope clip is manufactured from anti-rust stainless steel alloy. It is engineered and produced in compliance with the ASME B30.26 standard. Its structure consists of two main parts: a U-shaped body and a pressure piece secured by two nuts. This pressure piece ensures a firm and reliable connection onto the wire rope. The clip is commonly made from grade 304 or 316 stainless steel. The 316 alloy contains approximately 2% molybdenum, making it highly suitable for marine environments. This material provides the clip with high tensile strength and excellent anti-corrosion properties.

This clip is designed to fasten and secure stainless steel wire ropes with a nominal diameter of 3 millimeters. Its primary alloying elements consist of 18% chromium and 8% nickel. This chemical composition prevents oxidation and corrosion in humid conditions. The Size 3 clip can withstand temperatures up to approximately 1050 degrees Celsius. This characteristic allows for its use in food, chemical, and petrochemical industries. Adherence to international design and production standards, such as DIN 741, is also common for these clips. Correct installation of this fastener is crucial for long-term safety and performance.

wire rope clips

The steel wire rope clip is a durable mechanical fitting used to secure and fasten wire ropes in lifting systems, cranes, steel structures, and industrial applications. Clip sizes typically match wire rope diameters from 6 mm to 40 mm, with load capacities ranging from 0.5 to 20 tons depending on size and steel grade. The body is made from carbon steel or alloy steel, and some models undergo heat treatment to enhance tensile strength and durability. The surface is protected with hot-dip galvanizing, zinc plating, or phosphating to resist corrosion, moisture, and environmental conditions.

Structurally, the steel wire rope clip consists of a saddle base, a threaded steel U-bolt, and two heavy-duty hex nuts that apply uniform clamping force to secure the wire rope. It is widely used for forming wire rope eyes, structural bracing, and medium-duty connections. Proper installation—including correct number of clips, standard spacing, and correct saddle orientation—is essential for safety. Steel wire rope clips are commonly manufactured according to DIN 741 and EN 13411-5 standards to ensure strength, safety, and reliable performance.

wire rope clips

The forged wire rope clip is a heavy-duty mechanical fitting used to secure and fasten wire ropes in lifting systems, cranes, and industrial applications. Clip sizes are typically selected for wire rope diameters ranging from 6 mm to 40 mm, with load capacities from 0.5 to 25 tons depending on size and material grade. The clip body is manufactured from forged alloy steel with controlled heat treatment, providing high tensile and impact strength. The surface is protected with hot-dip galvanizing or zinc plating for long-term resistance against corrosion, moisture, and wear.

Structurally, the forged wire rope clip consists of a saddle base, a threaded U-bolt, and two heavy-duty hex nuts to ensure a secure and stable connection. The engineered design distributes clamping force evenly across the wire rope, preventing crushing or slippage. This clip is widely used for forming wire rope eyes, temporary or permanent connections, and tensioning systems, manufactured according to EN 13411-5 and ASTM A952 standards to guarantee safety, strength, and reliable performance.

wire rope clips

The cast iron wire rope clip is an economical mechanical fitting used for securing wire ropes in light to medium-duty applications. Clip sizes typically match wire rope diameters from 6 mm to 26 mm, with load capacities ranging from 0.3 to 8 tons depending on size and material quality. The body is made of ductile or malleable cast iron, offering good compressive strength but lower tensile and impact resistance compared to forged types. The surface is usually zinc-plated electro-galvanized for improved resistance against corrosion and moisture.

Structurally, the cast iron wire rope clip consists of a saddle base, a threaded steel U-bolt, and two hex nuts that apply uniform pressure to secure the wire rope. This type is mainly used for forming wire rope eyes in non-critical applications, light-duty rigging, and temporary connections. Proper installation, including correct number of clips and spacing, is essential for safety. Cast iron wire rope clips are commonly manufactured according to DIN 741 standards to provide acceptable performance for light-duty uses.

Wire rope clip

A wire rope clip is a mechanical fastener for forming a loop at a cables end. It is typically forged from Grade 43 hot-dip galvanized steel. The materials tensile strength is at least 420 MPa. A complete clip set includes a U-bolt, a saddle, and two nuts. The U-bolt diameter must match the rope diameter. Standard practice requires at least three clips spaced 6 rope diameters apart. Nuts must be torqued to specification using the correct tool. The holding capacity of each clip depends on cable size and type.

After tightening, the U-bolt ends should protrude at least 1.5 threads past the nut. The load must be applied only to the ropes dead end, not the U-bolt. These fittings are not suitable for dynamic or shock loading. Periodic inspection for loose nuts and deformation is mandatory. High humidity can cause galvanic corrosion between components. Clips are sized according to rope diameter, typically ranging from 3 mm to 40 mm. They should never be used to splice two cable ends together. This is considered a temporary and non-primary connection.

cast iron wire rope clip

Wire rope clip consist of three main parts: forged body, U-bolt, and nuts. The bolte ey and nut of the wire rope clip are either made of steel or stainless steel. The body of the tow wire fastener, which is placed on the strands of the tow wire, is made of steel in the connection of the steel tow wire fastener and in the fastener connection. Steel clips are sometimes produced from steel alloys and sometimes from cast iron alloys.
Due to the high percentage of carbon in the alloy composition of the body, the cast iron towing bracket is vulnerable to the stresses, especially to the impact in cold conditions. Among the different grades of wire rope fasteners, steel grade is the most malleable, but it has lower tensile strength than steel and cast iron fasteners.

steel wire rope clip

The wire rope clip is used in several rows to create loops and connect the towing wire. The towing bracket is produced in steel and steel grades, but the body part is forged on steel screws, sometimes cast iron is also used. wire rope clips are purchased according to the size of the tow wire, and for example, to connect a 10 mm tow wire, you should use a 10 mm tow wire fastener. The towing bracket grade is a function of the towing wire grade, and steel wire rope clip are used in the steel towing wire connection, and steel towing fasteners are used in the steel wire rope clip connection.

stainles steel wire rope clip

Wire rope clip is a tool to quickly create a loop on the open end of the tow wire. Tow wire packages are rarely used to create a tow wire sling in bar lifting because it does not guarantee safety in lifting and is considered an alternative to the methods of pressing the tow wire, weaving and pressing or socketing the head of the tow wire in the production of slings. are not Towing fasteners are often used in several rows at equal and specific intervals, and sometimes they are used singly in the production of towing wire fences that do not exert much tensile stress on the towing wire.

galvanized wire rope clip

Galvanized wire rope clip is produced in both steel grades and cast iron grades and in different sizes from 3 to 36 mm. In most cases, the wire rope clip is used in several series in parallel to have the restraining force necessary to keep two strands of tow wire on each other. The tow wire fastener is not considered as a replacement for the wire rope socket or press, and in comparison with them, it creates a lower tensile strength. However, for many uses, except for lifting the bar as a tow wire sling, the tow strap can be used.