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Sliding Clamps for solid sliding bars are used to quickly place, lock, release, and adjust sliding bars in applications. It is mounted for a better stability, in a fixed position in the assembly.
Sliding Clamps can be for slotted holes for a solid sliding or for solid round bar. With the clamp at its off position the sliding bar can be moved left or right, with two spring loaded ball plungers provide for free movement of bar. It can be looked in place, through a 90 degree turn of the sliding clamp's handle. They are only suitable for straight linear movement of a solid sliding bar (not supplied) and cannot withstand any other applied stresses.
These are widely used in a wide range of industrial applications, including automotive, construction, and medical devices. They are resistant to temperatures of up to 90C .
Flat Tip Bonded Neoprene Spindle Assemblies provide an alternative to the spindle provided with the toggle clamp. The steel spindle is durable while the flat neoprene tip minimizes marking on fragile or polished surfaces.
These Spacers are designed to be used with one-touch fasteners. It adapts the thread length of the one-touch fastener to different thread lengths on mounting panels of varying thicknesses.
It allows components to move and reduces the force required to engage the fastener. It can also offer protection or insulation between pieces that may come into touch during operation, preventing damage, abrasion, or electrical conductivity.
It is easy to install and remove due to its cylindrical shape and serves as vibration dampening. These are widely used in a wide range of industrial applications, including automotive, electronic systems, machinery and construction.
Swivel Foot Spindle Assemblies are ideal for use where a large area needs clamped. Use this alternative spindle assembly when the clamping force needs to be spread over a larger area and surface area than covered by the spindle provided with the toggle clamp.
Forged one-piece alloy steel rings with minimum tensile strength of 180,000 psi. Black oxide finish aids corrosion resistance. They retain the same rated load from 0 to 90 from the bolt axis. 360 swivel and 180 pivot under load. These Heavy Duty Hoist Rings meet Military specification no. MIL-STD 209 and meets ANSI/ASME B30.26. Minimum design factor: 5:1. They have been magnetic particle inspected per ASTM 1444. To meet maximum load capacities, high strength screws must be used. Never exceed maximum load rating.
Safety Engineered Hoist Rings retain the same rated load from 0 to 90 from the bolt axis. 360 swivel and 180 pivot under load. Design Factor: 5:1. The Alloy steel version have a minimum tensile strength of 180,000 psi, are magnetic particle inspected per ASTM 1444 & have a black oxide finish which aids corrosion resistance. The Stainless Steel 300 versions are NDT: 100% liquid penetrant tested per MIL-STD-50032, ASTME 1417, purification process: clean and passivate per ASTM A 967, QQ-P-35 Type II. To meet maximum load capacities, high strength screws must be used. Never exceed maximum load rating.
Thrust Pads screw onto plunger tips for use in straight-line action clamps. The plunger pushes forward until the thrust pad is securely holding the work piece. These components are designed for quick action clamping with size variations and long opening and closing motions.
Manuel Plier Clamps have a pivoting jaw to allow a large depth when clamping awkward profiles. The jaw spindle can be pre-set during repetitious action to achieve the optimum clamping distance and pressure.
Horizontal Manual Hold Down Clamps have a low height design, cushioned handle grip, and zinc plated components to resist corrosion. The handle and hold down bar move in opposite directions to provide secure holding capacity.
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