Clevis I Type Connector

Clevis I type connectors are manufactured from hardened stainless steel, carbon steel or titanium alloys. These materials are strong and resist bending and deformation.Stainless steel is corrosion-resistant and is commonly used in humid or rust-prone environments.Carbon steel is an affordable material that is also durable.In the field of aerospace, titanium alloy is generally chosen because of its lightweight properties,Although this material is light in weight, its other properties are not reduced, and its strength will not decrease even if the overall weight is reduced.

The surfaces of these pins are heat-treated to make them harder. This stops them from getting small dents or pits when they carry heavy loads. Choosing the right material matters,it balances how strong the pin is, how well it resists wear, and how well it works in different environments.

Application Scenario

Clevis I type connectors are used a lot in car suspensions, robot arms, and factory machines. They let parts rotate or pivot smoothly. You’ll find them as pivot points in conveyor belts, hydraulic cylinders, and assembly jigs,they help keep everything aligned correctly.

In planes, they hold control surfaces and landing gear parts in place. Medical devices use them too, like in imaging equipment with adjustable joints that need to be precise. Basically, any industry that needs parts to move smoothly with controlled motion and less friction can use these pins.

Customized For Specific Industrial Applications

Clevis I type connector can be tweaked to match what you need. Change the width, ball size, shaft length, or threads for stuff like machines, cars, or tiny tools. Example: Robotic arms often use slim ball-tipped pins with polished finishes to cut down on joint friction.

You can also toss in treatments,like heat-treated or coated with stuff like Teflon,to make them tougher or chemical-proof. When ordering, just tell them how much weight it’ll carry, where it’s gonna be used (like outdoors or oily spots), and the exact measurements. That way, they’ll build pins that actually work for your project.