China Clevis Manufacturers Suppliers Factory - Customized Clevis Pricelist

Professional Clevis Manufacturer

Cangzhou Hanshun Electric Power Equipment Co., Ltd. was formerly known as Junye Electric Power Equipment Factory, established in 2007 and has a history of 18 years. It specializes in the production of transmission line hardware, distribution hardware, power station hardware, and power plant hardware.

Z-shaped Right-angle Hanging Board
Those involved in power line construction and power grid procurement encounter Z-type right-angle mounting plates almost daily. While not a large, unremarkable piece of hardware, and easily

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Parallel Clevis
Parallel Clevis are core connecting hardware in high-voltage transmission lines. Composed of parallel steel plates, bolts, and locking studs, they are primarily used for connecting insulator strings,

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Right Angle Hung Plate
Right angle hung plates are the most exported product among power fittings. Their structural advantage allows for right-angle turning connections between components. They adopt a single-plate or

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Hanging Board Z Type Clevis
The hanging board Z type clevis is a type of electrical fitting that meets both load-bearing and fork-shaped connection requirements. During use, it can achieve a stable connection and force

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Galvanized Z Clevis
The galvanized Z clevis undergoes a galvanizing process after production. Combined with its unique shape, it is suitable for connection needs in specific angles and spaces. It complies with

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Z-0780 Clevis
Model: Z-0780.. Type: Z-type coupling (right-angle bracket).. Nominal breaking load: 78 kN.. Material: Hot-dip galvanized steel, stainless steel closing pin.. Weight: Approximately 0.6 kg (bag

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Z-1080 Clevis
Model: Z-1080.Type: Z-type coupling (right-angle bracket).Nominal breaking load: 108 kN.Material: Hot-dip galvanized steel, stainless steel closing pin.Weight: Approximately 0.6 kg (bag size).Plate

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Z-12100 Clevis
Type: Z-type coupling (right-angle bracket).Nominal breaking load: 120 kN.Material: Hot-dip galvanized steel, stainless steel closing pin.Weight: Approximately 1.16 kg.Plate width: 24 mm (24 in the

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Z-16100 Clevis
Model: Z-16100.Type: Z-type coupling (right-angle bracket).Nominal breaking load: 160 kN.Material: Hot-dip galvanized steel, stainless steel closing pin.Weight: Approximately 1.16 kg.Plate width: 16

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Z-21100 Clevis
Model: Z-21100.Type: Z-type coupling (right-angle bracket).Nominal breaking load: 210 kN.Material: Hot-dip galvanized steel, stainless steel closing pin.Weight: Approximately 1.5 kg.Plate width: 21

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Z-42150 Clevis
Model: Z-42150.Type: Z-type coupling (right-angle bracket).Nominal breaking load: 420 kN.Material: Hot-dip galvanized steel, stainless steel closing pin.Weight: Approximately 2.5 kg.Plate width: 42

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Z Clevis
Model: Z-0780Model: Z-1080Model: Z-12100Model: Z-16100Model: Z-21100Material: Hot-dip galvanized steelApplication: Right-angle connections for insulator strings in 10kV-35kV distribution linesModel:

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Why Choose Us

Quality Assurance

We have professional personnel to monitor the production process, inspect the products and ensure that the final product meets the required quality level standards, guidelines and specifications.

Production Equipment

Cangzhou Hanshun Electric Power Equipment Co., Ltd. covers an area of 10,000 square meters. Large laser cutting machines, drilling machines, and punch presses.

Customized Services

We understand that each customer has unique manufacturing needs. That's why we offer customization options to cater to your specific requirements.

Sales Market

Until now, except the domestic sales, our products had exported to more than 50 countries, such as United States, Chile, Argentina, Peru, Bolivia, DominicaRepublic, Honduras, Nicaragua, Mexico, Philippines, Thailand, Vietnam, Myanmar, Indonesia, Palestine, etc.

Types of Clevis

Z Clevis

Z Clevis also known as right-angle Clevis, is mainly used for the combined connection of insulator strings and wire clamps in power lines.

PS Clevis

PS Clevis are key components for line connection and protection. They are used for assembling insulator strings and securing equipment on transmission lines.

PD Clevis

Pd Clevis is made of medium-thick steel plate, produced by stamping and cutting process, and is used to connect single plate with single plate, single plate with double plate, and can string suspension insulators and hang them on poles.

P Clevis

The size of the P Clevis is relatively small, and the overall structure is also very simple. It is usually a single-board structure, which is more suitable for some connection scenarios with relatively small loads and low space requirements.

UB Clevis

Ub Clevis is a commonly used connection hardware, used for rigid connection between insulator string and pole tower, cross arm or other hardware.

Specification

Name	Model	Dimension (mm)				Failure Load (kN)
Name	Model	C1	C2	M	H	Failure Load (kN)
Z-Type Clevis	Z-0780	20	20	16	80	70
	Z-1080	20	20	18	80	100
	Z-12100	20	24	22	100	120
	Z-16100	22	26	24	100	160
	Z-21100	24	26	24	100	210

Advantages of Clevis

Versatility

One of the biggest perks of a clevis is its versatility. It can be used in a wide range of applications across different industries.

Easy Installation

Another great advantage is how easy it is to install a clevis. You don't need to be a professional engineer or have specialized tools to get the job done.

Adjustability

Clevises offer a high degree of adjustability. They allow you to change the length or angle of a connection, which is really useful in many situations.

Cost - Effectiveness

Clevises are a cost - effective solution for many connection needs. They are relatively inexpensive compared to other types of connectors, and their long lifespan means that you don't have to keep buying new ones.

Flexibility in Design

Clevises offer a lot of flexibility in design. They come in various shapes and sizes, allowing you to choose the one that best suits your needs.

Safety

Safety is always a top priority, and clevises contribute to a safer working environment. They provide a secure connection between components, reducing the risk of parts coming loose or falling off.

Material of Clevis

Steel

Steel is one of the most prominent options for clevis manufacturing. It comes in several grades, although alloy steel and carbon steel are the most popular variants here. While carbon steel is more prominent in standard applications, alloy steel is more noted for its strength.

Stainless Steel

With its resistance to staining and corrosion, stainless steel makes for a good clevis manufacturing material. These clevis work well in demanding and corrosive environments, and you can easily use different stainless steel grades for your application.

Aluminum

An aluminum clevis is light and doesn’t corrode. The fasteners are perfect when you need to consider weight, lending their build to applications like aerospace and aviation.

Application of Clevis

Linkage Systems

Clevises are commonly used in linkage systems where they connect rods, levers, or other components. This linkage allows for the transmission of force or movement between different parts of a machine.

Control Systems

In control systems, such as those found in aircraft or industrial machinery, clevises are employed to create adjustable connections. This enables precise control over the movement of control surfaces or other critical components.

Tie Rod Assemblies

Clevises are integral in tie rod assemblies, providing a secure and adjustable connection between the tie rod and other components. This is crucial in applications where tension or compression forces need to be managed.

Automotive Applications

Clevises find use in various automotive applications, including brake systems and suspension components. They contribute to the smooth and controlled movement of different parts within these systems.

Surface Treatments

Zinc Plating

Provides corrosion resistance and a clean, bright finish.

Passivation Treatment

Forms a passive film on the surface of the cladding, improving its corrosion resistance and coating adhesion.

Phosphating Treatment

Phosphating films can prevent metal corrosion to a certain extent and can also be used as a primer before painting to improve paint adhesion and corrosion resistance.

Oxidation Treatment

The raw materials are placed in an oxidizing solution to form a 0.5μm-1.5μm Fe₃O₄ film on the surface, which eliminates residual stress and reduces deformation.

Manufacturing Process

Material Selection
To begin with, you need to decide on the material to use. This decision will be made based on your application requirements, and because there are so many options to choose from, you should be especially careful here.

Material Preparation
Take your chosen clevis material and process it. Most times, processing steps involve cutting the material into the right shape or length, all based on the clevis design.

Forming and Shaping
From there, the material is shaped based on the clevis. You can apply different methods for this, from machining and forging to cold-heading and more.

Machining and Threading
If the need arises, you need to implement threading and machining processes to create holes and threads in the clevis.

Heat Treatment

Quenching, annealing, and other steps will be needed, although be sure to only use the heat treatment steps that work with the material and can deliver the required hardness and strength.

Finishing and Surface Treatment

Some instances can also require additional surface treatments such as coating and plating. These help to optimize corrosion resistance and performance and they will involve adding coats such as chrome, zinc, and others.

Quality Control and Inspection

Quality inspectors implement quality control procedures at every stage of the manufacturing process. These procedures ensure that your products meet your required standards and specifications.

Installation Best Practices

Choose the Correct Size & Type

Ensure compatibility in diameter, length, and load rating.

Inspect for Damage

Check for burrs, corrosion, cracks, or deformation.

Use Lubrication

Prevent seizing and ease installation.

Ensure Alignment

Misaligned holes can damage the clevis or reduce function.

Apply Correct Torque

Avoid under- or over-tightening.

Secure the retaining mechanism

Must be fully seated.

Customization Process

01/

Communicate Needs
We engage in in-depth discussions to understand your requirements and expectations. Provide us with the specifications you require.

02/

Develop Solutions
We create custom adjusting plate solutions based on your needs, providing detailed designs and plans.

03/

Contract Confirmation
We confirm design plans and contract details together to ensure shared understanding.

04/

Manufacturing & Delivery
We start the manufacturing process and oversee progress to ensure timely production and delivery.

05/

Final Acceptance
Together, we conduct the final acceptance to verify that the adjusting plates meet your quality standards and requirements.

06/

Ongoing Support
After delivery, we provide maintenance and technical services to ensure long-term reliability. This helps keep your adjusting plates in optimal condition.

Shipping and Delivery

Lead Time	Usually we can ship within 7-15 days for small quantity,and about 30 days for large quantity.
Payment Term	T/T,Western Union,Alipay,MoneyGram,and Paypal.This is negotiable.
Shipping Method	It could be shipped by sea,by air or by express(EMS, UPS, DHL, TNT, FEDEX and ect). Please confirm with us before placing orders.
Packaging Details	Packed in sponge+paper box+export wood cases,or according to your requirements.

Video

FAQ

Q: Is there a difference between a shackle and a clevis?

A: The design and appearance of shackles and clevises are very similar, but their purposes tend to differ. However, shackles are generally employed in rigging, lifting, and construction. While clevises are primarily used for farming, towing, and other less demanding applications.

Q: What is a clevis?

A: A clevis is a type of fastener that most often consists of a U-shaped piece with holes at each end and a clevis pin that passes through the holes. The design of a clevis allows for articulation or movement at the joint, making it an ideal component for applications where flexibility and adaptability are required.

Q: What is the difference between a yoke and a clevis?

A: A clevis is a U-shaped piece with two holes for a pin, designed for pivot points and flexible connections, while a yoke is also a U-shaped fastener, but typically has a threaded hole or tang on its opposite end for attachment to a threaded rod or mounting point, allowing for a more permanent or adjustable connection in linkage systems. The key difference is the yoke's threaded connection, which enables it to be secured to a threaded rod, unlike the standard clevis which focuses on articulation via a pin through its two open ears.

Q: How does a clevis work?

A: A clevis works by forming a pivot joint that allows two components to rotate relative to each other. It consists of a U-shaped piece (the clevis) with two holes in its prongs, a pin (the clevis pin) that passes through these holes, and a mating component with a hole that fits between the prongs. The pin secures the components together, allowing one part to pivot or move angularly around the pin's axis.

Q: What goes into a clevis?

A: It is made up of a U-shaped piece called the clevis, a pin (often called a clevis pin), and a mating part such as a rod with an eye that fits into the clevis. The clevis has holes on either side through which the pin passes, securing the mating part and allowing it to rotate around the axis of the pin.

Q: What are the two types of clevis?

A: There are two main types of clevis: threaded and unthreaded. Unthreaded clevis pins have a domed head at one end and a cross-hole at the other end.

Q: What is the working load limit of a clevis?

A: A clevis does not have a universal working load limit (WLL); instead, the WLL varies significantly based on the clevis's size, material, type, and manufacturer. To find the WLL of a specific clevis, you must consult the product's specifications or packaging, as they are designed for different applications and weight capacities.

Q: How do you measure a clevis?

A: To measure a clevis, you first determine the type of clevis (pin or fork) to know which dimensions to record. For a clevis pin, measure the pin diameter and the effective grip length (from under the head to the top of the hole). For a clevis fork, note the clevis number (or D dimension, which relates to the rod size), tap size (rod diameter), and grip size (distance between the ears).

We're well-known as one of the leading clevis manufacturers and suppliers in China. If you're going to buy cheap clevis, welcome to get pricelist from our factory. All customized products are with high quality and low price.

PS type Clevis, UB 12 type Clevis, Z 16100 Clevis