Magnetizer Demagnetizer

Description: Keep those small screws & nuts in position by magnetizing your standard screwdriver. Insert a screwdriver or nutdriver into the hole on the pocket magnetizer, pull it out and your screwdriver is magnetized. Leave the magnetizer on the tool for extra strength. To

• Form Factor: Hand-Held
• Type: Industrial Surface Demagnetizer

Description: Features Uses industrial ceramic super C8 magnets to both magnetize and demagnetize small parts, steel screwdriver blades, tweezers, and similar tools (items must be over 1" in length and 2.5mm in diameter) Box is made of high quality plastic, shock-resistant and cadmium free Pocket

Description: Small Tool Magnetizer/Demagneti zer (1 pc.)

Description: Large Tool Magnetizer/Demagneti zer

Description: Specifications: Name: Magnetizer Width: 1.000 inch Length: 1.000 inch Height: 1.750 inch Weight: 1 lb. Specially designed for magnetizing and demagnetizing screwdrivers, nut drivers, wrenches, taps and small tools. Converts any tool blade into a magnetic retriever for screws,

Description: The heavy duty MC 460 is an 460mm aperture type magnetising coil - Also capable of demagnetising. This unit is will find transverse orientated defects using magnetic field in excess of 100 Gauss at the center. The MC 460 has a robust PVC construction making it ideal for inspections off offshore and

• Magnetic Particle Inspection: Coil Magnetizer, Demagnetizers

Description: MAGNETIZER AND DEMAGNETIZER

Description: MAGNETIZER & DEMAGNETIZER TOOL

Description: Contains up-to-date information on many aspects of magnetic particle testing. Organized to follow the body of knowledge outlined in CP-105 (2011) for Levels I and II. Content includes theories of magnetism, demagnetization techniques, equipment selection, discontinuities detectable with MT

Description: Flexible magnetic strips and sheets are made out of a Ferro Magnetic powder mixed with a polymer bonding. These high energy strips and sheets resist demagnetization, and will not chip, crack, or shatter. Mag-Mate's flexible magnetic material is magnetized with two or more poles along

• Geometry: Flexible Strip / Sheet
• Holding Force: 0.0800 lbs
• Length: 1200 inch
• Machinable: Yes

Description: Soft magnetic alloys are easily magnetized and demagnetized. They are uniquely suited for specialized applications that require high permeability, low losses, and low residual magnetism. Only several alloy families meet these characteristics. These include certain nickel-irons,

• Conduit Diameter: 0.1250 to 3.62 inch
• Form Factor / Shape: Round Bar

Description: Soft magnetic alloys are easily magnetized and demagnetized. They are uniquely suited for specialized applications that require high permeability, low losses, and low residual magnetism. Only several alloy families meet these characteristics. These include certain nickel-irons,

• Form Factor / Shape: Plate, Other

Description: Soft magnetic materials are those materials that are easily magnetized and demagnetized. They typically have intrinsic coercivity less than 1000 Am-1. They are used primarily to enhance and/or channel the flux produced by an electric current. Soft magnetic materials are mainly used in

• Magnet Type: Bulk Magnet Materials
• Permanent Magnet Materials: Other

Description: Hard Ferrite or Ceramic magnets are the most popular permanent magnets available today. They are made form a combination of either Barium or Strontium Ferrite and Iron Oxide, and exhibit a high degree of coercive strength, making them more resistant to demagnetization. They are a low

• Geometry: Block / Bar
• Length: 4 inch
• Magnet Type: Individual Magnets
• Permanent Magnet Materials: Ceramic (Ferrite)

Description: Hard Ferrite or Ceramic magnets are the most popular permanent magnets available today. They are made form a combination of either Barium or Strontium Ferrite and Iron Oxide, and exhibit a high degree of coercive strength, making them more resistant to demagnetization. They are a low

• Geometry: Round / Ring / Disc
• Magnet Type: Individual Magnets
• Outside Diameter: 0.3750 inch
• Permanent Magnet Materials: Ceramic (Ferrite)

Description: Hard Ferrite or Ceramic magnets are the most popular permanent magnets available today. They are made form a combination of either Barium or Strontium Ferrite and Iron Oxide, and exhibit a high degree of coercive strength, making them more resistant to demagnetization. They are a low

• Geometry: Round / Ring / Disc
• Magnet Type: Individual Magnets
• Outside Diameter: 1.08 inch
• Permanent Magnet Materials: Ceramic (Ferrite)

Description: Hard Ferrite or Ceramic magnets are the most popular permanent magnets available today. They are made form a combination of either Barium or Strontium Ferrite and Iron Oxide, and exhibit a high degree of coercive strength, making them more resistant to demagnetization. They are a low

• Geometry: Round / Ring / Disc
• Inside Diameter: 1.2 inch
• Magnet Type: Individual Magnets
• Outside Diameter: 2.81 inch

Description: magnet can be magnetized after assembly into the circuit. The alternate is to design the magnet shape to produce a load line, on its own, that intersects the BH curve above its knee, so minimal flux is lost due to the self-demagnetizing factor upon removal from the magnetizing

• Coercive Force, H_c: 560 to 2000 Oersted
• Geometry: Block / Bar, Rod, Round / Ring / Disc, Other
• Intrinsic Coercive Force, H_ci: 500 to 2170 Oersted
• Magnet Type: Individual Magnets, Rare-Earth Magnet

Description: domains) than longer ones. A high self-demagnetizing field effectively resets a material to its small domain, initial magnetization condition where Barkhausen response exhibits itself as noise. Step function domain alignment and growth cause Barkhausen noise in the initial

• Magnet Type: Magnetic Assembly

Description: sequence to form a process line. Equipment for magnetizing, demagnetizing, illumination, measurement, and monitoring are also described. This part of ISO 9934 specifies the properties to be provided by the equipment supplier, minimum requirements for application and the method of

Description: Flexible magnetic strips are made of a Ferro Magnetic powder mixed with a polymer bonding. These high energy strips resist demagnetization and will not chip, crack or shatter. Mag-Mate's flexible magnetic rubber is magnetized with two or more poles along the length of the face,

• Geometry: Flexible Strip / Sheet
• Holding Force: 2 to 56 lbs
• Length: 50 to 200 inch
• Magnet Type: Bulk Magnet Materials

Description: Alnico 5 Sintered and Cut Square Bars Products Overview Alnico bar magnets offer excellent temperature stability, high residual induction, and relatively high energies. Direction of magnetization is through the length. Features include: • Temperature

• Coercive Force, H_c: 1500 Oersted
• Geometry: Block / Bar
• Intrinsic Coercive Force, H_ci: 1690 Oersted
• Length: 0.5000 to 1.2 inch

Description: Alnico 5 Rods Products Overview Alnico rod magnets can have very strong flux output and are stable at high temperatures. Direction of magnetization is through the length. Rod Magnet Features Temperature stability in high temperature applications

• Coercive Force, H_c: 1500 Oersted
• Geometry: Rod
• Intrinsic Coercive Force, H_ci: 1690 Oersted
• Length: 0.7500 to 6 inch

Description: to be demagnetized, to avoid personal or equipment damages, once the measuring is finished. The ETP-3 software selects the most suitable magnetization current range available and assures that the reading of the resistance value is always made with the same magnetization

• Features: Graphic Results
• Form Factor: Rack Mount
• Input Voltage: 115 to 230 volts
• Operating Humidity: 10 to 80 % (non-condensing)

Description: , or by coils. While the material is properly magnetized, the magnetic particles may be applied by either the dry method, wet method, or fluorescent method. The parts shall also be sufficiently demagnetized after inspection so that residual or leakage fields will not interfere with

Description: Introduction to Magnetic Particle Inspection Principles of Magnets and Magnetic Fields Characteristics of Magnetic Fields Electrical Current Types of Particles and Application Methods Magnetization Methods Magnetic Field Distribution

Description: This system is capable of deburring both sides of a flat part in a single pass without flipping it. A magnetic conveyor transports parts under the first planetary head, which deburrs the top surface. A second magnetized conveyor draws up the part and transports it across

• Automation: Automatic / Indexing
• Conveyor / Continuous Feed: Yes
• Industry Application: Cleaning / Surface Preparation
• Materials Abraded: Metals / Metalworking, Plastics / Composites

Description: electron spin in a suitably magnetized insulator with an alternating radio frequency magnetic field. In its simplest form, it consists of a microwave planar gyromagnetic resonator symmetrically coupled by three transmission lines. This book explores the magnetic interaction involved in the

Description: determinations of the magnetic characteristics of magnetically soft components shall be made in accordance with IEC 62044-3. Normally, the measurements shall be made at an ambient temperature of (23 ± 5) °C on ring test specimens which have first been magnetized, then demagnetized

Description: product, initially tripling the energy product of other materials available at the time. Sm-Co materials come in energy products from 16 MGOe up to 33 MGOe. Their high resistance to demagnetizing influences and excellent thermal stability has ensured Sm-Co as the premium choice for the most

• Coating: Yes
• Coercive Force, H_c: 8200 to 10500 Oersted
• Geometry: Block / Bar, Rod, Round / Ring / Disc, Other
• Intrinsic Coercive Force, H_ci: 9500 to 35000 Oersted

Description: applications exposed to strong demagnetizing fields, or where space considerations dictate a short magnetic length. ArKomax® 800 and Alnico 9 are premium grades of Alnico 5 and 8, respectively. The superior magnetic output of these grades is produced by crystal orientation from the molten

• Coercive Force, H_c: 1898 Oersted
• Geometry: Block / Bar, Rod, Horseshoe / U-shape, Round / Ring / Disc, Rotor / Poles, Other
• Holding Force: 460 lbs
• Magnet Type: Individual Magnets, Bulk Magnet Materials, Magnetic Assembly

Description: is difficult. Even with very strong magnetic fields, there will be no magnetic reversal or demagnetization of the probe. Applications Measurement of stray magnetic fields in packaging Coil testing Post-magnetization polarity checks Assistance

• Form Factor: Portable / Hand Held / Mobile
• Instrument Type: Material Condition, Other
• Technology: Magnetic

Description: 1.1 This test method covers how to determine the magnetic characteristics of magnetically hard materials (permanent magnets), particularly their initial magnetization, demagnetization, and recoil curves, and such quantities as the residual induction, coercive field strength, knee

Description: 1.1 This test method covers how to determine the magnetic characteristics of magnetically hard materials (permanent magnets), particularly their initial magnetization, demagnetization, and recoil curves, and such quantities as the residual induction, coercive field strength, knee

Description: 1.1 This test method describes how to determine the magnetic characteristics of magnetically hard materials (permanent magnets), particularly their initial magnetization, demagnetization, and recoil curves and such quantities as the residual induction, coercive fields, knee field,