Quick Release, Push Button Fasteners from Camloc® provide a vibration resistant joining solution for quick and repetitive attachment and removal of panels with minimum effort. The 15F Series of Push Button Fasteners features:

• Maximum tensile strength at 1330 N, working load of 930 N
• Quick opening and closing by push of a finger
• Easy installation with single hole mounting

Quick Release, Push-Turn Fasteners from Camloc® provide a vibration resistant joining solution for quick and repetitive attachment and removal of panels with minimum effort owing to their quick release push-turn fastening mechanisms. The 716F Series of Push-Turn Fasteners features:

• Maximum tensile strength at 1400 N, working load of 1200 N
• Easy, economical clip-in installation
• 1/4 turn to open & closes by a push of the finger
• Suitable for automatic installation

Tension Latches from Camloc® provide an adjustable, high-performance method ideal for securing machine and equipment parts that are frequently opened or removed. Also called Draw Latches, these parts offer a maximum tensile strength of 550N, working load is 310N. Strikes hole diameter is 2.6. Parts may be individually viewed by clicking on their links below. For additional information, contact an EFC Representative.

Quick Release, Pawl Latches from Camloc® provide a vibration resistant joining solution for quick and repetitive attachment and removal of panels with minimum effort. The V965L Series of Pawl Latches features:

• Variable grip fastener in two grip ranges from M1.0 to M18.8
• Tool- or hand-operated head styles
• Single hole mounting, low installation cost
• Standard clockwise locking, counterclockwise available on request

Gas springs (also known as gas struts) can solve your requirements for controlled movement in applications that require opening, closing, tilting and damping. A common application for gas springs is found in the automotive industry for the hatchback. The gas spring functions in the compressed position. By compressing the rod into the tube, the nitrogen gas within the tube is compressed. As the space within the tube is reduced, the gas pressure rises, which leads to the storing of energy. Once released, the gas spring then assists with the movement of an object, such as lifting the hatchback door.