C-type steel buckle washer is a specially shaped washer with a slotted or open ring similar in outline to the letter “C.” This design allows the washer to be installed or removed without complete disassembly of the fastening bolt or screw. This design allows the washer to be installed or removed without complete disassembly of the fastening bolts or screws, simply by snapping the washer in and out of place from the side.C-type washers can be adjusted to meet the required spacing requirements and can be inserted after assembly, which is particularly useful in machinery that requires regular maintenance, as they can be adjusted without disassembling the entire assembly.
Carbon Steel: Typically used for general applications.
Stainless Steel: For environments where corrosion resistance is required.
Alloy Steels: Used in applications requiring high strength or high temperature resistance.
Advantage:
EASY INSTALLATION AND DISASSEMBLY: The design of the C-Washers allows them to be easily installed and disassembled without the need to remove bolts or screws, which is useful in applications requiring frequent maintenance or adjustments.
Adjustability: C-washers can be resized as needed to accommodate different spacing requirements.
Saves time: Due to their easy installation and removal, C-washers save time needed for maintenance and adjustments.
Increased Reliability: In applications where it is necessary to ensure that bolts or screws do not loosen, C-washers provide additional safety and reliability.
Scope of Application
Mechanical and Assembly Applications: In a variety of mechanical and assembly applications, C-washers are used to secure, locate, or provide load distribution surfaces for threaded fasteners.
Automotive: In automotive manufacturing, C-washers may be used to ensure a tight fit between components while allowing for quick adjustment or replacement.
Electronic Applications: In electronic equipment, C-washers may be used to keep components in the correct position while providing electrical isolation or preventing short circuits.