Inline Magnetic Trap, “T” Traps Magnetic Liquid Filter Separator, Standard Pipeline Magnetic Separator, In-Line Liquid Trap, Magnetic Trap, Hopper Magnets, Magnetic Separator Filter, Liquid Trap Magnets for Separation, Industrial Pipeline Magnet, T-trap magnetic separators made in China supplier Inline Magnetic Trap Item No. HS-OS series The Liquid Pipeline Magnetic Separator, also known as a Magnetic […]
River Recovery Neo Magnet 450KG, Rare Earth Salvage Hook Eyebolt Magnet, Retrieving Neodymium Pot Magnet, Powerful Recovery Retrieving Magnet Metal Detector 400kg Pull Force, River Search Fishing Treasure Hunting Magnet China Supplier
River Recovery Neo Magnet 450KG Specifications:
Part No.: FNRM-8370
Deep Pot size – 70mm x 50mm
Holding size – 83mm x 70mm
Height – 140mm
Weight – 3,15 kg
Grade – N38 NiCuNi
Max 80° C
Max pull force – 450kg
Application: Can be used for treasure hunting in the sea/river. Great for recovering keys down a drain or overboard a boat.
MAX PULL FORCE
N38 – 450kg
– not rust
– maximum operating temperature is 80 ° C
– never demagnetization
– magnet hunting
– retrieval magnet
What is in package:
– 1 Neodymium Magnet
– 1 Handle ring screw
– 1 Handle bar
Hook Eyebolt Magnet Neodymium Pot Note:
Strong magnets should Keep away from Ironware and some easily magnetized iron products, such as monitors, bank cards, computers,televisions, mobile phones and others
Strong magnets should be stored in a dry, heated environment, and need to use of plastic, wood, cardboard, foam to separated and wrapped.
Magnets might be interested in water meter ,Electric meter, gas meter and some metering equipment exist some inaccurate affect (Such as:if magnets placed near the meter, the meter will slow down)
Do not allow children to play with unsupervised
Magnets are breakable! As sintered ceramic material, neodymium magnets may easily be broken or crushed. It is true particularly for magnets of thin shapes. It is therefore advisable to avoid situations when magnets may be exposed to impacts or acting immediately deforming forces. Connecting and disconnecting magnets should be done only in controlled conditions, by careful sliding them down or over each other, and with bigger magnets use of distancing blocks is needed. You must not cut, drill, or otherwise process magnets unless you use special equipment for such a purpose. A magnet subject to machining is likely to break, and its parts devoid of protective coating soon become damaged as a result of oxidation. Notice – powder from a crushed magnet is inflammable!
The pull force given refers to hoisting capacity measured in optimal conditions, by using as a backing plate a sheet made of low-carbon steel 10 mm thick of smooth surface and with the force acting perpendicularly in room temperature.