8 Pcs 1/4 Inch 6mm Screw Pin Anchor Shackle 304 Stainless Steel D Ring Shackle for Connection Chain and Wire Rope
Pin Shackle Size: 1/4 inch (6mm), Inner Eye Width: 12mm, Pack of 8 Pcs D Shape Screw Pin Anchor Shackle.Working Load Limit:325kg / 716lbs, Breaking Load: 1500kg / 3300lbs..
Shackle Material: Made of 304 stainless steel, moisture-resistant, acid and alkali resistant, anti-rust, abrasion resistant, strong load-bearing, Work well in damp room and outdoor environment..
D-Shape Shackle Use: Screw pin anchor shackles, used for coupling chain and wire rope for camping, hiking and other outdoor sports, With the secure lock ring, ensure that you will not lose your anchor..
Screw Shackle Design: One-way Screw, Bolt design, More Robust, Easy And Convenient To Use, strong resistance, Shackles are widely used in various outdoor activities..
Multifunctional Application: Multi-purpose use of connection accessories, apply to a variety of boat or household applications, could be also used in Marine Hardware, transportation, shipping industries and etc..
BASE WAVE Marine Quick Release Fixed Bail Sailing Rigging Shackle (2 Pack-2'') for Sailboat
【High Quality】304 Stainless Steel D Ring Shackles, higher hardness, moisture-resistant, acid and alkali resistant, anti-rust, glossy surface, solid design, abrasion resistant, strong load-bearing..
【Size】1/2 inch (12mm), Max Open Width: 1" (25mm), Working Load Limit: 800kg/1763lbs, Perfect for boats, jeeps, connect loose ends of cables, chains, tow straps and snatch blocks....
【Use For】12mm screw pin anchor shackles, used for coupling chain and wire rope for camping, hiking, tie downs, towing, off road recovery and sailing hardware..
【Applications】D ring shackles are used of connection accessories, apply to a variety of boat or household applications, could be also used in loading and unloading of goods, mining equipment, forestry machinery, land transportation, hoisting machinery and etc..
【Package Included】Pack of 6 pcs 1/2 inch -12mm screw pin anchor shackles, one-way screw, bolt design, more sturdy, easy and convenient to use..
Widely used in blowers,3D printer,DIY robots,CNC machine,stepper motors,etc. Similar to rigid clamp couplings, shaft couplers are used to hold bearings and sprockets tightly on the shaft, and are used in motor and gearbox assemblies..
Top tight type rigid coupling with 2/4 screws to hold the shaft tightly.
high torque with rigidity, low inertia and excellent sensitivity..
NOTE: The rigid type basically does not allow eccentricity, and it must be fully adjusted during use..
Single piece set screw clamp design makes it easy to set up the items on the shaft and control the holding capacity of the coupling..
Widely used in blowers,3D printer,DIY robots,CNC machine,stepper motors,etc. Similar to rigid clamp couplings, shaft couplers are used to hold bearings and sprockets tightly on the shaft, and are used in motor and gearbox assemblies..
Top tight type rigid coupling with 2/4 screws to hold the shaft tightly.
high torque with rigidity, low inertia and excellent sensitivity..
NOTE: The rigid type basically does not allow eccentricity, and it must be fully adjusted during use..
Single piece set screw clamp design makes it easy to set up the items on the shaft and control the holding capacity of the coupling..
Blender Drive Coupling 9704230 with Spanner Kit, Replacement Parts for KSB5WH4 KSB5 KSB3 Blenders Replaces WP9704230VP WP9704230 PS11746921 AP6013694
✅ 【Multi-Model Compatibility】 Fits for KSB5 KSB3 and replaces part numbers: 9704230, WP9704230VP, WP9704230,AP2930430 PS401661..
✅ 【Add-on Tools】 Spanner could be your best partner to finish it.
✅ 【Easy Install】 Use a flat blade screwdriver to pry the coupling off, wipe the threads off with a dry cloth, and screw the new coupling on counter-clockwise.
✅ 【Premium Quality】 The replacement part is made from durable high quality material and well-tested by the manufacturer.
✅ 【Perfect Shopping Experience】 For any reason you're not completely satisfied, you can ask for a replacement or full refund, no questions asked.
