Details
--Non-slip Gloves: The gloves we provide for you can not only protect your hands from being rubbed by the rope but also help you pull the rope.
--Removable Design: The detachable design is adopted between the magnet and the ring, which is not only convenient for assembly but also convenient for storage.
--Electroplating Treatment: The surface of the magnet has been electroplated so that it has better corrosion resistance and water resistance so that you can use it for a long time.
--Integrated Rings: The rings and screws are designed in an integrated way to avoid possible looseness of the screw and make it more stable.
Application
It is mainly used for fishing, and can be used for fishing iron objects on ships, riversides, sewers, and in mud, such as iron tools, coins, and discarded iron materials. It can also be used in hardware, plastic, chemical, pharmaceutical, ceramics, building materials, tobacco, cotton textile, food, deep-water salvage, iron, and other industries.
Specification
Model: R136
Material: Neodymium Iron Boron Magnet, Stainless Steel Sleeve
Surface Treatment: Electroplating Treatment
Operating Temperature: < 80 ℃/176 ℉
Magnetism: Double-sided
Magnetic Force/ Pulling Force: 4000lbs
Thread: M12
Magnet Diameter: 13.6cm/ 5.35in
Magnet Thickness: 3.4cm/ 1.34in
Magnet Size(With Rings): 19*9.2cm/ 7.48*3.62in
Rope Length: 20m/ 66ft
Package Size: 40*34*17cm/ 15.75*13.39*6.69in
Net Weight: 4.5kg/ 10lbs
Package Included
1* 4000lbs Magnet
1* 66ft Rope
1 Pair* Gloves
1* Box
Notes
--Please use this product in the working environment of 80 ℃/176 ℉. If the temperature is exceeded, the magnetic force of the magnet will deteriorate.
--Please note that the magnet is fragile and may have an edge collapse during production, which is normal. In addition, please avoid sharp or hard objects directly contacting the magnet during use.
--Please note that this product can only absorb iron-containing materials and some stainless steel materials with low purity. In addition, the thicker the iron plate, the better the magnetic conductivity.
--Please try to attach the magnet to the center of gravity of the object to avoid falling off due to an unstable center of gravity.