p2 0285-0286 f35 en - de.misumi-ec.com · 2-287 2-288 epowerful magnets. may crack when pulled and...
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-2872 -2882
EPowerful magnets. May crack when pulled and struck by other magnetic substances. Please handle with care in unpacking.
MagnetUrethane Baked / Epoxy Resin Coating / Magnetization Direction
QRing
Part Number - B - T
MGLN10 - 5 - 1
Part Number - A - B
MGLF5 - 10 - 5
Part Number - V - T
HXCW25 - 6 - 1
MagnetRing / Square
2Epoxy ResinCoating
2Urethane Baked
EResin coating enhances water-resistant and antirust properties.EAttraction Force and Surface Flux Density are reference values for magnets alone.EN pole is colored white.
Part NumberL
Attraction Force N kgf
Surface Magnetic Flux Density Gauss [G]
Unit PriceType D
HXNJ
35
2.3 0.24 4000~4200
4 4.4 0.45 4200~4400
56
6.8 0.7 4400~4600
6 9.8 1.0 4400~4600
8 8 18.6 1.9 4600~4800
10 10 33.3 3.4 4800~5000
EAttraction Force and Surface Flux Density are reference values for magnets alone. EN pole is colored red.
Part NumberL
Attraction Force Nkgf
Surface Magnetic Flux Density Gauss [G]
Unit PriceType D
RHXN5
5 4.9 0.5 4300~4500
10 11.8 1.2 4300~4500
15 12.7 1.3 4300~4500
1015 23.5 2.4 5600~5800
20 35.3 3.6 5600~5800
L 0
-0.2 D
N S
0
-0.2
Magnetization Direction: X-direction
N S L
D
Type MMaterial SSurface Treatment Heat Resistant Temperature
RHXN Neodymium Magnet Nickel Plating 80°C
Type MMaterial SSurface Treatment Heat Resistant Temperature
HXNJ Neodymium Magnet
Epoxy ResinCoating
80°C
Resin CoatingMagnetization Direction: Y-direction
N
S
N S
L±0.1 D 0
-0.2
Part Number - L
HXNJ3RHXN5 - 10
Part Number - L
HXUR5 - 5
d
D
-
0
0.1L
SN
2
1
Magnetization Direction: Y-direction
N
S
Type1Urethane 2Magnet Heat Resistant
TemperatureMMaterial Hardness MMaterial SSurface Treatment
HXUR Ether-based Polyurethane
Shore A90Neodymium
Magnet
Electroless Nickel Plating
80°C
QSquare
Type MMaterial Heat Resistant Temperature SSurface Treatment
MGLN Neodymium Magnet 80°C Nickel Plating
MGLF Ferrite Magnet 300°C -
EAttraction Force and Surface Flux Density are reference values for magnets alone.
Part NumberA B
Attraction Force Nkgf
Surface Magnetic Flux Density Gauss
[G]
A
Tolerance
B
ToleranceUnit Price
Type T
MGLF(Ferrite Magnet)
5
10 5 1.6 0.16 900~1100 ±0.1 ±0.1
20 10 4.9 0.50
1000~1200
±0.1 ±0.1
30 20 9.8 1.00 ±0.15 ±0.15
50 20 12.7 1.30 ±1.2 ±0.4
10
30 30 21.6 2.20
1100~1400
±0.15 ±0.15
30 60 29.4 3.00 ±0.6 ±1.2
4020 17.7 1.80 ±0.8 ±0.4
40 31.4 3.20 ±0.8 ±0.8
EAttraction Force and Surface Flux Density are reference values for magnets alone.EN pole of MGLN is colored red.
Part NumberB T
Attraction Force Nkgf
Surface Magnetic Flux Density Gauss [G]
Unit PriceType A
MGLN(Neodymium Magnet)
3 3 5 2.8 0.29 4100~4300
4 4 5 5.6 0.57 4300~4500
5 5 5 8.9 0.91 4400~4600
6 6 6 13.7 1.4 4500~4700
8 8 6 23.2 2.37 4400~4600
10
5
1 2.7 0.28 1700~1900
2 8.5 0.87 3000~3200
5 16.8 1.71 4200~4400
10
1 6.5 0.66 1800~2000
2 11.8 1.2 2500~2700
8 39.3 4.01 4500~4700
15
5
3 13.9 1.42 3100~3300
5 23.7 2.42 4100~4300
10 31.4 3.2 4700~4900
10
3 23.9 2.44 2900~3100
5 34.3 3.5 3300~3700
10 61.4 6.27 4600~4800
20
5 10 40.8 4.16 4600~4800
105 47.7 4.87 3500~3700
10 77.8 7.94 4700~4900
15 5 69.7 7.11 3300~3700
3020 5 84.8 8.65 3100~3300
30 5 110.8 11.31 3300~3700
EAttraction Force and Surface Flux Density are reference values for magnets alone.EN pole is colored red.
Part NumberV Selection T
Attraction Force N kgf
Surface Magnetic Flux Density Gauss [G]
Unit PriceType D
HXCW
6 22 6.2 0.6 2600~2800
3 8.0 0.8 3200~3400
8 3 4
1 4.9 0.5 1600~1800
2 7.8 0.8 2600~2800
3 9.8 1.0 3200~3400
5 14.3 1.5 3200~3800
103 4 5 6
1 6.9 0.7 1700~1900
2 10.8 1.1 2600~2800
3 11.8 1.2 3200~3400
4 5 6 5 18.8 1.9 3600~3800
124 5 6 8
1 7.8 0.8 1500~1700
2 13.7 1.4 2500~2700
3 15.7 1.6 2900~3100
4 6 8 5 23.3 2.4 3600~3800
14 6 8
1 8.8 0.9 1600~1800
2 19.6 2.0 2600~2800
3 23.5 2.4 2900~3100
5 36.0 3.7 3600~3800
18 6 8 12 3 48.6 5.0 2900~3100
206 8 10 12
1 10.8 1.1 1300~1500
2 21.6 2.2 2200~2400
3 33.3 3.4 2600~2800
6 12 5 62.3 6.3 3600~3800
256 8 10 12
1 12.7 1.3 1300~1500
2 34.3 3.5 2100~2300
3 58.8 6.0 2600~2800
6 12 5 73.8 7.5 3400~3600
30 12 5 98.5 10.0 3000~3200
M Material: Neodymium Magnet S Surface Treatment: Nickel Plating
Heat Resistant Temperature: 80°C
V+0.1+0.3
D -0.20
2-C0.1~0.5
N S
2-C0.1~0.5
T±0.1
Magnetization Direction: Y-direction
N
S
HXCW
Magnetization Direction: Y-direction
N
S
A
N
0 -0.1
SB
T0-0.1
0-0.1
N SB
A T ±0.1
Neodymium MagnetMGLN
Ferrite MagnetMGLF
2Magnetization Direction
Part NumberL d
Attraction Force Nkgf
Surface Magnetic Flux Density Gauss [G]
Unit PriceType D
HXUR
5 5 3 2.35 0.24 3500~3700
6 5 4 4.70 0.48 4000~4200
8 5 5 7.64 0.78 4300~4500
8 6 6 11.76 1.20 4400~4600
10 8 8 23.03 2.35 4600~4800
12 10 10 38.02 3.88 4900~5100
EAttraction Force and Surface Flux Density are reference values for magnets alone.EN pole is colored red.EThe top and bottom surfaces are not coated with urethane.
MaterialRecommend-ed Mounting
Hole Tolerance
Mating Force N
kgf
Unmating Force N
kgf
Vibration Test Result (JIS C 60068-2-6)
(under No Load)
Iron (EN 1.0038 Equiv.)
+0.10
300 30.6 180 18.3 (
Aluminum (EN AW-5052 Equiv.)
+0.10
400 40.8 170 17.3 (
Resin (MC Nylon)
+0.10
300 30.6 150 15.3 (
EMating and Unmating Force are reference values.
QFeaturestCan be installed without the need for adhesive or screw.
QAbout Installationt Drill a through hole or deep hole as a mounting hole.t For recommended hole tolerance, see the table below.t When mounting, press the magnet into the component slowly. Do not hit the magnet part.t Push Urethane section, as well as Magnet section inward.
EAdopts keyless clamping mechanism which utilizes urethane surface pres-sure around the magnet for fixing into mounting hole.
Due to this, the actual O.D. is slightly larger than recommended hole size.
Urethane Coated Magnet
2Surface pressure arising from
compressed urethane fixes the magnet
into mounting hole.
Do not strike, but press into place from above.
Urethane CoatedMagnets
Insertion Apparatus, etc.1
-2892 -2902
2Standard Type
QStrong Type
2High Strength
Rubber MagnetsHigh Strength / Strong
Rubber Magnets / Urethane Coated MagnetsStandard Type
Part Number
HXR0.6HXT3.0
Seal
10
0±
2
1000±30 T
HXT:0.12HXR:0.17
Backing Paper
Magnetic Properties
EAttraction force and surface magnetic flux density are for reference only.EUsable as simplified magnet catches if mounted on door frame.
Type T Attraction Force g/cm2 Surface Magnetic Flux Density [G]
HXRSHXRSLHXRSF
0.5 27 610
1.0 98 860
1.5 142 1030
QA Selectable - Square
Part NumberUnit Price
A
Type T 100 200
HXRS
0.5
1.0
1.5
QA Selectable - Band Type
Part NumberUnit Price
A
Type T 10 20 30 40 50 80 100
HXRSL
0.5
1.0
1.5
Type MMaterial
HXR Isotropic Ferrite Rubber Magnet
HXT Anisotropic Ferrite Rubber Magnet
Part NumberLength
Attraction Force [g/cm2] Unit Price
Type T HXR HXT HXR HXT
HXRHXT
0.4
1m
16 25
0.6 25 60
1.0 38 80
2.0 54 100
3.0 56 110
Part Number - A
HXRS1.0HXRSL1.5
--
10050
QA Selectable
Part Number - A - B
HXRSF0.5 - 110 - 65
QA, B Configurable
QA, B Configurable
Part Number A 1mm Increment
Unit Price
B 1mm Increment
Type T 10~100 101~200
HXRSF
0.5
10~100 -
101~200
201~300
1.0
10~100 -
101~200
201~300
1.5
10~100 -
101~200
201~300
Measurement
Item
Testing
Method
Neodymium Magnets Rare
Earth Magnetic Particle
Compounded Rubber
Samarium Iron-
Nitrogen Rubber
Isotropic Ferrite
Rubber
Anisotropic Ferrite
Rubber
Tensile Strength
MpaJIS K6301 3.8 ≥3.9 3.9 6.9
Elongation Rate
%JIS K6301 55 20 80 50
Hardness
Shore DASTM D2240 30 55 48 49
Volume Resistivity
Ω • mJIS K7194 4.75x1014 5.7x103 4.0x1012 4.0x1012
Heat Resistant
Temperature- -20 ~ 100°C -40 ~ 120°C -10 ~ 50°C -10 ~ 50°C
2Physical and Mechanical Characteristics of Rubber Magnets
QBand Type
Part NumberUnit Price
A
Type T 10 20 30 40 50 80 100
HXP1.0
2.0
Part Number A
1mm Increment
Unit Price
B 1mm Increment
Type T 10~100 101~200
HXPF
1.0
10~100 -
101~200
201~300
301~400
2.0
10~100 -
101~200
201~300
301~400
QA, B Configurable
Part Number - A
HXP1.0 - 100
QBand Type
Part Number - A - B
HXPF2.0 - 305 - 150
QA, B Configurable
ECan be cut with scissors or knife. EThe surface is coated with urethane film. There may be slight unevenness in bonding but does not affect performances.
M Material: Neodymium-group Rare Earth Magnet Powder Compounded Magnet
Magnetic Properties
Type T Attraction Force g/cm2 Surface Magnetic Flux Density [G]
HXPHXPF
1.0 140 1300
2.0 250 1550
EAttraction force and surface magnetic flux density are for reference only.
M Material: Samarium-iron-nitrogen Rubber Magnet
QA Selectable
HXRS (Square Type)
QA, B Configurable
HXRSFHXRSL (Band Type)
• Dimension Tolerance of A and B
200mm or Less 201~300
+ 1.5 + 2.0
0 0
EA≥B
A
A ±0.1T
6.3
Backing Paper
Seal
0.17
A
300+5
0 T6.3 ±0.1
Backing PaperSeal
0.17
B
A ±0.1T
6.3
Backing Paper
Seal
0.17
2Band Type
HXP
2A, B Configurable
HXPF
B
A ±0.1T
6.3
Backing Paper
Seal
0.17
A
200+5
0 T
6.3
±0.1
Backing PaperSeal
0.17
• Dimension Tolerance of A and B
200mm or Less 201~400
+ 1.5 + 2.0
0 0
EA≥B
ETemperature limit for seals is 80°C.
2Features•Effective in preventing workpiece from being damaged, and help dampening noise.
Part Number
HXX10
N NS S ···
N NS S S ···
N N SS ···
N N SS ···
2Image of Magnetic Material (when being cut) t Common to Ultra Strength, Strong Standard
QFeatures of Rubber Magnets
t The pole width is as the Table below. For polarity of the magnetic material being cut, see the Rightmost Fig. The seal side has no magnetic force.
Type T Pole Width [P] (mm)
HXR
0.4 2.00.6 2.01.0 2.52.0 3.03.0 5.0
HXT
0.4 2.50.6 3.01.0 3.02.0 5.03.0 5.0
Type 1Holder 2Urethane 3Magnet Heat Resistant TemperatureThreaded Tapped MMaterial MMaterial Hardness MMaterial
HXX HXXH EN 1.4301 Equiv.
Ether-based Polyurethane
Shore A90Neodymium Magnet 80°C
HXXA - Shore A70
2Threaded
EAttraction force and surface magnetic flux density are for reference only.
Part Number MxP
(Coarse)L l1 l2 f m W R
Attraction Force N
kgf
Surface Magnetic Flux Density Gauss
[G]
HXX, HXXA
Unit Price Volume Discount Rate
Type D 1 ~ 4 pc(s). 5~50
HXX
HXXA
10 M5x0.816 10 4
1 7 8 1 4.0 0.40 3000~3200
12 M6x1.0
2
10 102
6.5 0.66 2900~3100
16 M8x1.25 18 11 5 12 14 8.0 0.81 2700~2900
20 M10x1.5 20 13 6 14 173
17.7 1.8 2600~2800
25 M10x1.5 22 15 8 14 22 35.0 3.56 2900~3100
EAttraction force and surface magnetic flux density are for reference only.
Part Number MxP
(Coarse)L l1 l2 W R
Attraction
Force N kgf
Surface Magnetic
Flux Density Gauss
[G]
HXXH
Unit Price Volume Discount Rate
Type D 1 ~ 4 pc(s). 5~50
HXXH
10 M4x0.715 9 4
8 1 4.0 0.40 3000~3200
12 M4x0.7 102
6.5 0.66 2900~3100
16 M5x0.817 10 5
14 8.0 0.81 2700~2900
20 M5x0.8 173
17.7 1.8 2600~2800
25 M6x1.0 18 11 6 22 35.0 3.56 2900~3100
2TappedSABS8-39-N5-E9-MWC
HXXH20
M5
Workpiece
M8
Conversion Adaptor for Screws
Urethane Coated Magnet
SLBNR5NutSLBNR8
Nut
2Urethane Coated Magnets
Threaded Tapped
f
mL
MxP
R
-2
-1
132
N P
ole
132R
N P
ole
L
W
D
MxP
2-
1-
-2912 -2922
QOval Holder
QCountersunk with Holder
QCountersunk
MagnetCountersunk
MagnetCountersunk with Holder / Oval Holder
EPowerful magnets. May crack when pulled and struck by other magnetic substances. Please handle with care in unpacking.
Type.Material
Heat Resistant
Temperature4Surface Treatment
Round Square
NHXCC NHXCS Neodymium Magnet 80°CNickel Plating
NHXCCH NHXCSH Heat-resistant Neodymium Magnets 150°C
EAttraction Force and Surface Flux Density are reference values for magnets alone.
Part NumberT d1 d2 Accessory:
Attraction Force N kgf Surface Magnetic Flux Density Gauss [G] Unit Price
Type ANHXCC
NHXCCHNHXCS
NHXCSHNHXCC
NHXCCHNHXCS
NHXCSHNHXCC NHXCCH NHXCS NHXCSH
(Round Type)
NHXCCNHXCCH
(Square Type)
NHXCSNHXCSH
82
5.5 3.0 M2.5-67.8 0.8 10.8 1.1 2000~2500 3000~3400 -
3 10.8 1.1 16.6 1.7 2400~2800 3200~3600 -
103
6.5 3.5 M3-814.7 1.5 22.5 2.3 3500~4000 3000~3300 -
4 18.6 1.9 24.5 2.5 4000~4200 3800~4000
123
6.5 3.5 M3-818.6 1.9 - 3600~4000 - - - -
4.5 23.5 2.4 27.4 2.8 4100~4300 3900~4100
153
9 4.8 M4-1023.5 2.4 - 3800~4200 - - - -
5 41.1 4.2 54.8 5.6 4200~4500 4000~4300
204
11 5.8 M5-1249 5.0 - 3800~4100 - - - -
5.5 54.8 5.6 78.4 8.0 4200~4400 4000~4200
254
13 7.0 M6-1558.8 6.0 - 3700~4100 - - - -
6 78.4 8.0 98.0 10.0 4100~4400 3900~4300
Part Number
HXCC10
Part Number
HXUKZ10
EThe holders are used in a combination to protect the magnet.
d3
H
T
90
°
d1
A A
AP
B
1
2
A
t
0-0.1
d2
0 +
0.3
Fro
nt
Back
HXCCHXCC-SHXCCH(Round Type)
HXCS(Square Type)
HXCR(Rectangle Type)
P±0.1
B0
.1-
0
R
1 2 1
B-
0.1
0
P±0.12
R
h
d
T-
0.1
0
g
d
d
2
1 3 1d
2d
3
0T
-0.1
-0.5A0
2-M
-0.5A0
N Pole
P±0.1
B0
.1-
0
R
1 2
N Pole E
d3
T-
0.1
0
d4 d1
-0.5A0
N Pole
(Counterbored) (Tapped) (Countersunk)
EBrass is not contained in Countersunk Type.
Type 1 2 3 Heat Resistant
TemperatureCounterbored Tapped Countersunk .Material 4Surface Treatment .Material 4Surface Treatment .Material
HXUKZ HXUKM -Sintered Iron Electroless Nickel
Plating
Samarium-Cobalt Magnet - Brass(EN CW614N Equiv.) 80°CHXUKZN HXUKMN - Neodymium
MagnetNickel Plating
- - HXUKSN EN 1.0038 Equiv. -
Type 1 2 Heat Resistant Temperature
Polarity
Round Square Rectangle .Material 4Surface Treatment .Material 4Surface Treatment Front Back
HXCC HXCS HXCREN 1.0038
Equiv.Nickel Plating
Neodymium Magnet Nickel Plating
80°CN S
HXCC-S - - S N
HXCCH - - Heat-resistant Neodymium Magnets 150°C N S
Part Number - T
NHXCC8 - 3
" A ccessory: Flat Head Screw 1 pc. (EN 1.4301 Equiv.)
N
S
d2
T 0
-0.3
S N
d1
0+
0.5
90
°
A0
-0.3
A
A 0
-0.3
0 -0.3
Magnetization Direction: Y-direction
(Square Type)(Round Type)
Part NumberA P T R
Counterbored Tapped Attraction Force Nkgfd1 d2
Surface Magnetic Flux Density Gauss [G] Unit Price
Type B g d h M (Coarse) HXUKZ, HXUKM HXUKZN, HXUKMN HXUKZ, HXUKM HXUKZN, HXUKMN HXUKZ, HXUKM HXUKZN HXUKMN
(Counterbored)
HXUKZHXUKZN(Tapped)
HXUKMHXUKMN
10 27 177
58 4.5 4.5 M4
8.8 0.9 13.7 1.4 7 8 2700~2900 3600~3900
13 33 20 6.5 19.6 2.0 30.4 3.1 9.5 11 2800~31003800~4200
16 41 259
89.5 5.5 5.5 M5
38.2 3.9 63.7 6.5 12.5 14 2900~3300
20 50 30 10 60.8 6.2 114.7 11.7 16.5 18 2900~3400 4000~4400
Part NumberA P T R E d1 d3 d4
Accessory (Stainless Steel Flat Head Screw)
Attraction Force N kgf
Surface Magnetic Flux Density Gauss [G]
Unit PriceType B
(Countersunk)
HXUKSN
10 25 153
51.5
73.5 6.5 M3-6x2 pcs.
13.7 1.4 2700~2900
13 30 20 6.5 9.5 29.4 3.0 2800~3100
EAttraction force and surface magnetic flux density are for reference only.
Part Number
T d1 H d2 d3 t B P
Accessory (Stainless Steel Flat Head Screw) Attraction Force Nkgf Surface Magnetic
Flux Density Gauss [G]
Unit Price
Type AHXCC • HXCC-
SHXCCH • HXCSHXCR
HXCCHXCC-SHXCCH
HXCS HXCR HXCC HXCC-S HXCCH HXCS HXCR
(Round Type)
HXCCHXCC-SHXCCH(Square Type)
HXCS(Rectangle Type)
HXCR
8 4 6.4 3.2 5.5 3 0.6 15 8 M2.5-8x1 pc. M2.5-8x2 pcs. 3.9 0.4 7.8 0.8 17.6 1.8 1200~3900 - -
10 5 8 4 6.5 3.5 0.8 20 10 M3-10x1 pc. M3-10x2 pcs. 5.8 0.6 19.6 2.0 39.2 4.0 1500~4000
12 6 9.6 4.8 6.5 3.5 1.0 25 12 M3-10x1 pc. M3-10x2 pcs. 15.7 1.6 29.4 3.0 68.6 7.0 3200~4000
15 6 12.6 4.8 9 4.8 1.0 30 15 M4-12x1 pc. M4-12x2 pcs. 24.5 2.5 49.0 5.0 98.1 10.0 3800~4000
20 7 17.2 5.6 11 5.8 1.2 40 20 M5-15x1 pc. M5-15x2 pcs. 58.8 6.0 127.5 13.0 230.5 23.5 3800~4000
25 8 21.2 6.2 13 7.0 1.6 50 30 M6-16x1 pc. M6-16x2 pcs. 152.0 15.5 181.4 18.5 294.2 30.0 3700~4000
EAttraction force and surface magnetic flux density are for reference only.
EHandle with care since these materials are very brittle. For Tightening Torque (Value for Reference), refer to P. 291.
A BDusts are not attached.
Position of tapped hole is precise. Surface is uneven.Flat Surface
C D
Position of tapped hole is misaligned.
Dusts are attached.
QInstallation Precautions• Place a magnet on fat surface. (Illustration B)• Please make sure that there is no misalignment between magnet holes and tapped holes. (Illustration C)• Please make sure that there is no dust before installing flat head screws. (Illustration D)
Magnets - Countersunk
Tightening Torque (Value for Reference)
A Dimension of Magnet
Included Flat Head Screw
N ∙ m
8 M2.5-6 0.2
10 M3-8 0.6
12 M3-8 0.6
15 M4-10 1.4
20 M5-12 2.9
25 M6-15 5.0
QTightening Torque (Reference Value)
ETightening beyond the specified torques may cause magnet breakage.
EWe revised the safety factor and modified the reference value from the 2014 Catalog.
-2932 -2942
The magnet with holder doesn't
rotate when tightening.
EAttraction force and surface magnetic flux density are for reference only.
Part NumberL MxP
Attraction Force N kgf
Surface Magnetic Flux Density Gauss [G]
d D1 B C H E Unit PriceType D
MGR
1015 5x0.8
9.8 1.0 3400~3600 6.0 9 2.00.5 5 10
13 15.7 1.63500~3700
7.0 11 1.5
16 20 6x1.0 36.3 3.7 9.5 142.0 1.0
6 14
20 25
8x1.25
58.8 6.0 3400~3700 12.5 18 7 18
2530
117.7 12.03500~3900
16.5 233.0 1.5 8 22
28 196.1 20.0 18.5 26
QKnurled Type
0-0.1L
E
0.1~0.2
N Pole
B
C0.3
C MxP
H
D1
d
D
1
2
Part Number
1 2 Heat Resistant
TemperatureMMaterial SSurface TreatmentMMaterialSSurface Treatment
MGR EN 1.0718 Equiv. Electroless Nickel Plating Neodymium Magnet Nickel Plating 80°C
EAttraction force and surface magnetic flux density are for reference only.
Part Number
L MxPAttraction
Force N kgfSurface Magnetic Flux
Density Gauss [G]d1 B C l
Unit Price
Type D MGN MGNH
(Neodymium Magnet)
MGN
(Heat-resistant Neodymium Magnets)
MGNH
610 3x0.5
2.9 0.3 3000~3200 4.0
2.00.3 6
8 5.8 0.6 3500~3700 5.0
1015 5x0.8
9.8 1.0 3400~3600 6.00.5 10
13 15.6 1.6 3200~3400 7.0 1.5
16 20 6x1.0 36.2 3.7 3500~3700 9.52.0 1.0
12 -
20 25
8x1.25
58.8 6.0 3100~3300 12.5 16 -
2530
112.7 11.5 3500~3700 16.53.0 1.5 18
-
28 196.1 20.0 3300~3500 18.5 -
Part NumberL MxP
Attraction Force N kgf
Surface Magnetic Flux Density Gauss [G]
d1 d2 B H S Unit PriceType D
HXE
86
3x0.5 6.9 0.7 2700~3000 5 6 2.0 1.5 0.5
104x0.7
19.6 2.0 2700~3000 7 8 1.5 1.0
1.0 138
44.1 4.5 3000~3400 9.5 11 2.0 1.5
16 5x0.8 88.3 9.0 3000~3400 12.5 14
EAttraction force and surface magnetic flux density are for reference only.
Part NumberL MxP
Attraction Force N kgf
Surface Magnetic Flux Density Gauss [G]
d1 d2 B H Unit PriceType D
HXK
86
3x0.5 4.1 0.42 1300~1500 5 6 2.0 1.5
104x0.7
11.8 1.2 1900~2100 7 8 1.5 1.0
138
26.5 2.7 2300~2500 9.5 11 2.0 1.5
16 5x0.8 52.6 5.4 2300~2500 12.5 14
EThe cap may come off if strong impacts are applied, or magnets directly come in contact with each other.
EAttraction force and surface magnetic flux density are for reference only.
QStandard Type
EFor MGNH, heat-resistant adhesive is applied.
Part Number
1 2 Heat Resistant
Temperature
Polarity
MMaterialSSurface TreatmentMMaterialSSurface Treatment Front Back
MGNEN 1.0718
Equiv.Electroless
Nickel PlatingNeodymium
Magnet Nickel Plating
80°CN S
MGNHEN 1.4005
Equiv.-
Heat-resistant
Neodymium Magnets150°C
C0.3
12
D-0.10
1d
MxPC
B-
0-0.1L
0.1
~0.3
N PoleS Pole
Part Number
1 2 Heat Resistant
TemperatureMMaterial SSurface TreatmentMMaterialSSurface Treatment
HXE EN 1.0715 Equiv. Electroless Nickel Plating Neodymium Magnet Nickel Plating 80°C
C0.21
2
1d
D-0.10
2d
C0.5
MxP
B
L-0.10
H
0.1
~0.3
ClearanceN Pole
S Pole
Clearance
S
QEccentric Mount Type
Part Number
1 3 2 Heat Resistant
TemperatureMMaterial SSurface TreatmentMMaterial SSurface Treatment
HXK EN 1.0718 Equiv. Electroless Nickel Plating Neodymium Magnet Nickel Plating 80°C
C0.2
1d
D-0.10
2d
C0.5
MxP
B
L-0.10
H
0.1~0.3
N Pole
S Pole
Clearance
3(Cover)
1
2
QCap Type
Magnets with Holders
Part Number
HXMN20HXMN-S20
Part Number
HXF10
Part Number
HXUMN10
Part Number
HXE10
QStrong Type
C0.2 1
2
1d
D-0.10
2d
C0.5
MxP
B
L-0.10
H
0.1
~0.3
ClearanceFront
Back
Clearance
C0.2 1
2
3
1d
D-0.10
2d
H
C0.5
MxP
0-0.1L
B
0.1
~0.3
N Pole
S Pole
N Pole
S Pole
D
MxP
C0.5 B
3
2
1
L
d2
d1
0-0.1
QFeaturestHighest attraction force
compared with other magnets with holders of the same size.tNo grooves or bumps on
surfaces to collect dust.
High Strength Flat Type
HXF
Attraction surface is flat.
2Thin Type
2High Strength Flat Type
EAttraction force and surface magnetic flux density are for reference only.
Part Number
LMxP
(Coarse)
HXU, HXUM, HXUS HXUMN, HXUSN, HXUMNH
d1 d2 B H
Unit Price
Type DAttraction
Force N kgfSurface Magnetic Flux
Density Gauss [G]Attraction
Force N kgfSurface Magnetic Flux
Density Gauss [G]HXU HXUM HXUS HXUMN HXUSN HXUMNH
(Samarium-Cobalt Magnet)
HXUHXUMHXUS
(Neodymium Magnet)
HXUMNHXUSN
(Heat-resistant Neodymium Magnets)
HXUMNH
45 M2x0.4
- - 0.784 0.08 3100~3300 2.5 3 1 0.5
- - - - -
5 - - 1.37 0.14 3100~3300 3.5 4 - - - - -
6
8 M3x0.5
3.9 0.4 2100~2600 4.9 0.5 3100~3300 4 5 2 1.6
8 5.9 0.6 2400~2600 8.8 0.9 3300~3600 5 6
10M4x0.7
14.7 1.5 2700~2900 19.6 2.0 3800~4100 7 8 3 2.1
1310
34.3 3.5 2800~3100 44.1 4.5 4000~4300 9.5 11 4 3.1
16M5x0.8
58.8 6.0 2900~3300 63.7 6.5 4000~4300 12.5 14 -
20 13 98.1 10.02900~3400
107.9 11.0 4100~4400 16.5 18 6 5.1
-
25 15 M6x1.0 137.3 14.0 176.5 18.0 4500~4800 21.5 23 - -
EAttraction force and surface magnetic flux density are for reference only.
Part Number
LMxP
(Coarse)
HX, HXM HXMN, HXMN-S, HXSNS, HXMNH
d1 d2 B H
Unit Price
Type DAttraction
Force NkgfSurface Magnetic Flux
Density Gauss [G]Attraction
Force NkgfSurface Magnetic Flux
Density Gauss [G]HX HXM HXMN HXMN-S HXSNS HXMNH
(Samarium-Cobalt Magnet)
HXHXM
(Neodymium Magnet)
HXMNHXMN-SHXSNS
(Heat-resistant Neodymium Magnets)
HXMNH
44 M2x0.4
- - 0.62 0.06 2700~3000 2.5 3 1 0.5
- - - - -
5 - - 1.27 0.13 2700~3000 3.5 4 - - - - -
6
6M3x0.5
2.9 0.3 2100~2600 3.9 0.4 2700~3000 4 52 1.5
8 3.9 0.4 2200~2600 6.9 0.7 2700~3000 5 6
10M4x0.7
9.8 1.0 2100~2300 19.6 2.0 2700~3000 7 8 1.5 1
138
29.4 3.0 2200~2400 44.1 4.5 3000~3400 9.5 112 1.5
16M5x0.8
49.0 5.0 2200~2500 88.3 9.0 3000~3400 12.5 14 - -
20 10 88.3 9.0 2300~2600 127.5 13.0 3300~3500 16.5 183 2.5
- -
25 13 M6x1.0 127.5 13.0 2300~2600 196.1 20.0 3000~3400 21.5 23 - -
EFor HXMNH, heat-resistant adhesive is applied.
Part Number
1 2 Heat Resistant Temperature
Polarity
MMaterial SSurface Treatment MMaterial SSurface Treatment Front Back
HX
EN 1.0718 Equiv.
- Samarium-
Cobalt Magnet-
80°C
N SHXMElectroless Nickel
PlatingHXMN
Neodymium
Magnet Nickel PlatingHXMN-S S N
HXSNS EN 1.4005 Equiv. -N S
HXMNH EN 1.0715 Equiv. Electroless Nickel Plating Heat-resistant Neodymium Magnets 150°C
EFor HXUMNH, heat-resistant adhesive is applied.
Part Number
1 2 Heat Resistant
Temperature
3 Polarity
MMaterial SSurface Treatment MMaterial SSurface Treatment MMaterial Front Back
HXU EN 1.0718 Equiv.
-Samarium-
Cobalt Magnet-
80°C Brass(EN CW640N
Equiv.)N S
HXUM Electroless Nickel Plating
HXUS EN 1.4005 Equiv. -
HXUMN EN 1.0718 Equiv. Electroless Nickel Plating Neodymium
Magnet Nickel PlatingHXUSN EN 1.4005 Equiv. -
HXUMNH EN 1.0715 Equiv. Electroless Nickel Plating Heat-resistant Neodymium Magnets 150°C
Part Number
1 2 Heat Resistant Temperature
3 Polarity
MMaterial SSurface Treatment MMaterial SSurface Treatment MMaterial Front Back
HXF EN 1.0736 Equiv. Electroless Nickel Plating Neodymium Magnet Nickel Plating 80°C Brass(EN CW640N Equiv.) N S
EAttraction force and surface magnetic flux density are for reference only.
Part NumberL
MxP (Coarse)
Attraction Force N kgf
Surface Magnetic Flux Density Gauss [G]
d1 d2 BUnit Price Volume Discount Rate
Type D 1 ~ 3 pc(s). 4~9 10~49 50~200
HXF
45 M2x0.4
1.5 0.1 2400~2800 2 32.5
5 2.0 0.2 2600~3000 2.5 3.5
6
8M3x0.5
5.9 0.6 2100~3000 4 5
38 9.8 1.0 2300~3300 6 7
10M4x0.7
20.6 2.1 2500~3600 8 9
13
10
45.1 4.6 2500~3600 10 11 4
16M5x0.8
89.2 9.1 3000~4400 12 14
520 128.5 13.1 3200~4600 15 18
25 13 M6x1.0 225.5 23.0 3200~4600 18 23
Workpiece
No direct contact
with workpieces.
-2952 -2962
Magnets with Holders
QFor Adjustment Screws
S
V
B
0.1
~0.3
N PoleS Pole
MxP
C0.2C0.3 H
T
Clearance
1
2
d1
d2
D0
-0.10
-0.1
0
-0.3
L
Part Number
1 2 Heat
Resistant
TemperatureMMaterial SSurface Treatment MMaterial SSurface Treatment
HXAJ EN 1.0715 Equiv. Electroless Nickel Plating Neodymium Magnet Nickel Plating 80°C
EAttraction force and surface magnetic flux density are for reference only.
Part NumberL MxP
Attraction Force N kgf
Surface Magnetic Flux Density Gauss [G]
d1 d2 B H T S V Unit PriceType D
HXAJ
86
3x0.5 5.9 0.6 2000~2200 6.0 6.5 1.5 0.7 2.5
6.0 3.5
104x0.7
17.6 1.8 2000~ 2400 8.0 8.5 8.0 4.5
138
29.4 3 2200~2600 10.0 10.5 2.0 1.0 3.0
10.0 5.0
16 5x0.8 78.4 8 3000~3300 13.0 13.5 13.0 6.0
QV-Grooved Type
B
1
2A
C0.5
S Pole N Pole
C0.2
0.1~0.3
L—2
L 0-0.1
d
D 0-0.1
d1
H
90°
EAttraction force and surface magnetic flux density are for reference only.
Part NumberL
Attraction Force N kgf
Surface Magnetic Flux Density Gauss [G]
d A B H d1 Unit PriceType D
HYM
86
3.9 0.4 3200~3500 4.0
32
1.5
2
10 9.8 1.0 3200~3500 6.0 2
138
14.7 1.5 3200~3500 7.0 1.5 2
16 29.4 3.0 3300~3700 9.54
22.0
3
20 10 49.0 5.0 3400~3700 12.5 2 3
25 13 98.0 10.0 3400~3800 16.5 5 3 2.5 3
Part Number
1 2 Heat
Resistant
TemperatureMMaterial SSurface TreatmentMMaterial SSurface Treatment
HYM EN 1.0718 Equiv. Electroless Nickel Plating Neodymium Magnet Nickel Plating 80°C
QV-Grooved Through Hole Type Part
Number
1 2 Heat
Resistant
TemperatureMMaterial SSurface TreatmentMMaterial SSurface Treatment
HXY EN 1.0718 Equiv. Electroless Nickel Plating Neodymium Magnet Nickel Plating 80°C
90°
C0.5 C0.2 dA
B
L/2
H
0.1~0.3
0
-0.1L
0
-0.1D
SPole NPole
1
2
d1
EAttraction force and surface magnetic flux density are for reference only.
Part NumberL
Attraction Force N kgf
Surface Magnetic Flux Density Gauss [G]
d d1 A B H Unit PriceType D
HXY
10 6 8.8 0.9 1000~1500 8 4
3
2
1.5 138
18.6 1.9 1800~2600 11 6 2.5
16 39.2 4.0 2100~3100 14 83
20 10 78.4 8.0 2100~3100 18 10 4 2.0
Part Number
1 2 Heat
Resistant
TemperatureMMaterial SSurface Treatment MMaterial SSurface Treatment
HXD EN 1.4005 Equiv. - Neodymium Magnet Nickel Plating 80°C
C0.2C0.5 H
Clearance
L
0.1
~0.3
B
D
d2
d1
1
2
N PoleS Pole
0
-0.1 0
-0.1
Part Number
1 2
MMaterial SSurface Treatment MMaterial SSurface Treatment
HXGHXGS
EN 1.0718 Equiv.
Electroless Nickel Plating
Neodymium Magnet
Nickel Plating
Part Number
3 Heat Resistant TemperatureMMaterial
HXGHXGS
Brass (EN CW614N Equiv.)
80°C
HXGSCO.5 CO.3
B
0.3
d1
Dh7
d2
0
-0.1 L
21 3
N PoleS Pole
CO.5 CO.3W
H
B
Dh7
d2
d1
2
1 1
3
0
-0.1L
N PoleS Pole
HXG
Part Number - L
HXB10HXG10
- 8
Part Number
HXY10
Part Number
1 2 Heat
Resistant
TemperatureMMaterial SSurface Treatment MMaterial SSurface Treatment
HXB EN 1.0718 Equiv. Electroless Nickel Plating Neodymium Magnet Nickel Plating 80°C
EAttraction force and surface magnetic flux density are for reference only.
Part NumberDh7 L
Attraction Force N kgf
Surface Magnetic Flux Density Gauss [G]
d1 d2 B H W Unit PriceType D
HXG
60
-0.0126
2.9 0.3 680~750 4 5
3 5
28 0
-0.015
8.8 0.9 750~820 5 6
10 9.8 1.0 1000~1500 8 9
13 0-0.018
844.1 4.5 1000~1500 10 11
4 6 16 68.6 7.0 1200~1800 12 13
HXGS
60
-0.0125
2.9 0.3 2500~3000 4 5
3 - -8 0
-0.015
9.8 1.0 3000~3400 5 6
10 15.6 1.6 3500~4000 8 9
13 0-0.018
658.8 6.0 3500~4000 10 11
16 88.2 9.0 3600~4100 12 13
EAttraction force and surface magnetic flux density are for reference only.
Part NumberL
Attraction Force N kgf
Surface Magnetic Flux Density Gauss [G]
d1 d2 B H Unit PriceType D
HXD
6
3
3.9 0.4 2700~3000 4 5
1.5 1.0 8 6.9 0.7 2700~3000 5 6
10 19.6 2.0 2700~3000 7 8
13 4 44.1 4.5 3000~3400 9.5 11 2.0 1.5
QThreaded
EAttraction force and surface magnetic flux density are for reference only.
Part Numberd1 B
MxP
(Coarse)
Attraction
Force N kgf
Surface Magnetic Flux
Density Gauss [G]
Slotted Hex SocketUnit Price
Type L W B1 t1
HXB
68
4
5
M6x1.0 3.9 0.4 1700~22001.5 -
15 - 3.0 3.0
88
5 M8x1.25 7.8 0.8 2900~34001.5 -
15 - 4.0 3.0
108
6 M10x1.5 16.7 1.7 2700~32002.0 -
15 - 5.0 3.0
1212
7
8
M12x1.75 32.3 3.3 2500~30002.5 -
20 - 6.0 3.0
1614
10 M16x2 60.8 6.2 2700~3200 - 8.0 3.020
2016
13 M20x2.5 123.5 12.6 2900~3400 - 10.0 4.025
Workpiece
Best suited for use in limited spaces.
(Fixing with adhesives recommended.)
Magnets will not be pushed out by screw.
Workpiece
Stopper Bolt
Magnet attraction can be released.
When attracted When removed
Pusher
Attracted workpiece can be pushed and separated.
HXY
Wor
kpie
ce
Wor
kpie
ce
HYM
Can be fixed from the side.
QSuper Thin Type
QMagnets with Holders - Tolerance h7 Type -
Slotted Type
0-0.1L
W B
M(Coarse)
21
d1
0.1~0.3N PoleS Pole
W
Hex Socket Head Type
B1
d1
1 2M(Coarse)
Bt1 0-0.1L
0.1~0.3
N PoleS Pole
-2972 -2982
Hex Head Bolts with Magnets Screw Stoppers with Magnet / Magnet Blocks with Three-Side Attraction ON / OFF Switchable-
Part Number - L
HXUB5 - 15
Part Number Attraction Force13 N kgf
Attraction Force2 N kgf
Mass (g)Unit Price Volume Discount Rate
Type L 1 pc. 2~3 4~10
HXBK40 235 24 78 8 528
60 490 50 147 15 1683
EAttraction force is for reference only. When multiple sides of magnetic material are attracted at same time, Attraction Force may decrease. EFor orders larger than indicated quantity, please check with WOS.
2 Standard Type
QHardened Type
QLow Head / Low Small Head Low Head / Low Small Head Hex Socket
QCap Type
Component M Material S Surface Treatment
Main Body EN 1.0038 Equiv. Electroless Nickel Plating
Magnet Neodymium Magnet -
Knob EN 1.4301 Equiv. -
2 Screw Stoppers with Magnet
Part Number - L
HXBB6 - 30
1
2B1
B
(C)
tT
L
M
d
N Po
le
Type 1 2 Nut Heat Resistant TemperatureStandard Type Strong Type MMaterial SSurface Treatment MMaterial SSurface Treatment MMaterial
HXBB - EN 1.7220 Equiv.
Black Electroless Nickel Plating Neodymium
MagnetNickel Plating
EN 1.0038 Equiv.
80°CHXBN PHXBN Electroless Nickel Plating
EHigh Strength Type (PHXBN) is available with * marked sizes.
Part NumberL
Attraction Force N kgf Surface Magnetic Flux Density Gauss [G]B B1 (C) T
td
Unit Price
Type M Standard Type Strong Type Standard Type Strong Type Standard High Strength HXBB HXBN PHXBN
PHXBN4 15 - 0.5 0.05 - 1800~2100 7 2 8.1 3.2 - 3 2 - -
5 15 - 1 0.1 - 2700~3000 8 2.5 9.2 4 - 4 2.5 - -
Standard Type
HXBBHXBNStrong Type
*PHXBN
6 *15 *20 30 40 1.4 0.15 2 0.2 2800~2900 2700~3000 10 3 11.5 5 2 6 3
8 *15 *20 30 40 50 4.9 0.5 6.9 0.7 3000~3300 3000~3300 13 4 15 6.5 2 6 5
10 30 40 50 60 7.8 0.8 - 3000~3300 - 17 5 19.6 8 2 - 6 -
12 30 40 50 60 10.7 1.1 - 2600~2900 - 19 6 21.9 10 1.5 - 7 -
16 40 50 60 80 24.5 2.5 - 3200~3400 - 24 8 27.7 13 2 - 9.5 -
EAttraction force and surface magnetic flux density are for reference only.
Part Number
HXBK40
Low Head Hex Socket / Low Small Head Hex SocketRHXSUBN RKHUBN
Low Head / Low Small HeadHXSUBN KHUBN
Cap TypeHXUBNK
Hardened TypeHXBY
Standard TypeHXUB HXUBN HXUBNH
EHardening provided on the head portion increases abrasion resistance.
BT -0.10
L
d2d1
M
t
E
N Po
le
(-)
2
1 4
0.2~0.3
ClearanceB
2
1
T -0.10
L
d2d1
3M
t
E
N Po
le
(-)
T B
21
L
t
d1
M
-0.10
0.1~0.3
N Po
le
(-)TL
t
d1
h
M
-0.10
0.1~0.3
N Po
le
H (-)2
1
B
T -0.10
L
d2d1
3M
t
55HRC~E
N Po
le
(-)Induction Hardened
B
2
1
Workpiece
NutKNTR(P.240)
KHUBN
EBest for use in limited spaces.
QFeatures• Attraction surface 1~3 can be turned ON and OFF by turning the knob.• Knob is made of sturdy stainless steel.• Enhances the assembly and machining efficiency.
EThere is a Brass Separator located in the center.
A0.01
A0.01
A0.01
A
B
1.6
G
1.6
G
1.6G
Attraction Side
Attraction Side
Attraction Side
B0.02
B0.01
A0.02
1.6
G
L
L
L
1.6
G
20
1.6
G
1
2
3
HXBK
Q Magnet Blocks with Three-Side Attraction - ON / OFF Switchable
* Brass is not included in Cap, Low Head and Low Small Head Type. Included in Standard and Hardened Type.
Type 1 2 3 4 Heat Resistant
TemperatureStandard Cap HardenedLow Head
Low Head Hex Socket
Low Small Head
Low Small Head Hex Socket MMaterial SSurface
Treatment MMaterial SSurface Treatment MMaterial MMaterial
HXUB - - - - - -EN 1.0718
Equiv.Electroless
Nickel Plating
Samarium-Cobalt Magnet -
* Brass (EN CW614N Equiv.)
-80°C
HXUBN HXUBNK - HXSUBN RHXSUBN KHUBN RKHUBN Neodymium MagnetNickel Plating
EN 1.4016 Equiv.
HXUBNH - - - - - - Heat-resistant Neodymium Magnets-
150°C
- - HXBY - - - - EN 1.1191 Equiv. Neodymium Magnet 80°C
ESizes in ( ) are not applicable for RHXSUBN. EAttraction force and surface magnetic flux density are for reference only.
Part NumberL (Selection) B T (l) d1 d2 t E H h
Attraction Force Nkgf Surface Magnetic Flux Density Gauss [G]
TypeM
(Coarse)Samarium-Cobalt Magnet
Neodymium Magnet Heat-resisting Neodymium Magnet
Samarium-Cobalt MagnetNeodymium Magnet Heat-
resisting Neodymium Magnet
HXUBHXUBN
3 10 7 5 1.2 4 52
2
- -
2.9 0.3 3.9 0.4 2100~2600 2700~3000
4 10 15 8 6 1.5 5 6 3.9 0.4 6.8 0.7 2500~2900 3000~3500
5 10 15 20 107 2
7 8 3 10.8 1.1 16.7 1.7 2700~2900 3600~3900
6 15 20 25 13 9.5 114 3
27.5 2.8 39.2 4.0 2800~31003800~4200
8 15 20 25 179 3
12.5 14 47.1 4.8 83.4 8.5 2900~3300
10 20 25 21 16.5 18 6 5 88.3 9.0 140.2 14.3 2900~3400 4000~4400
HXUBNH4 10 8 6 1.5 5 6 2 2
- - -
6.8 0.7
-
3000~3500
5 10 107 2
7 8 3 2 16.7 1.7 3600~3900
6 20 13 9.5 11 4 3 39.2 4.0 3800~4200
(Cap Type)
HXUBNK
4 10 8 6 1.5 5 6 22
- - -
4.0 0.4
-
3000~3200
5 10 107 2
7 8 3 10.0 1.0 3100~3300
6 20 13 9.5 114 3
23.5 2.4 3100~3300
8 20 17 9 3 12.5 14 50.1 5.1 3500~3700
(Hardened Type)
HXBY
4 10 8 6 1.5 5 6 22
- - -
6.8 0.7
-
3000~3500
5 10 15 107 2
7 8 3 16.7 1.7 3600~3900
6 15 20 13 9.5 114 3
39.2 4.03800~4200
8 20 17 9 3 12.5 14 83.4 8.5
(Low Head Type)
HXSUBN(Low Head Hex Socket)
RHXSUBN
4 10 14 3 1 10
-
1
-
2 2.2
-
32.1 3.3
-
1700~1900
5 10 15 20 17 32
12.5 1 2.5 2.8 49.0 5.0 2400~2600
6 15 20 25 19 3.5 14.5 1.5 3 3 78.4 8.02600~2800
8 (15) (20) (25) 30 21 43
16.5 1.5 4 4 117.7 12.0
10 20 (25) (30) (35) 24 5 18.5 2 5 5 176.5 18.0 2800~3100
(Low Small Head)
KHUBN(Low Small Head Hex Socket)
RKHUBN
4 10 8 3 1 5
-
1
-
2 2.2
-
3.6 0.4
-
2000~2200
5 10 15 10 3 1.5 7 1.5 2.5 2.8 10.2 1.1 2500~2700
6 15 20 13 3.5 2 9.5 1.5 3 3 25.6 2.6 2300~2500
Part Number - L - (NC)
HXUB5 - 15 - NC
Alteration Code Spec.
NC
Adds a relief to under head portion.EApplicable for only Standard Type HXUB,
HXUBN and HXUBNH.
Relief
Ordering Code NC
(-)
M
Unit Price
Standard Cap HardenedLow Head
Low Head Hex Socket
Low Small Head
Low Small Head Hex Socket
HXUB HXUBN HXUBNH HXUBNK HXBY HXSUBN RHXSUBN KHUBN RKHUBN
3 - - - - - - -
4
5
6
8 - - -
10 - - - - -
-2852 -2862
Properties of Magnets MagnetRound
2RoundQFeatures
2Characteristic Values
QCautions
2Comparison of Heat Resistance
2Comparison on Corrosion Resistance
t Since these materials are very fragile, no alteration is available.t Magnet is susceptible to impact. Be careful during installation.t Magnetic fields may cause negative effects on items listed below.
Electronic devices such as cellular phones, PCs and watches,Medical electronics such as pacemakerst The magnetic force may deteriorate when used at above maximum operating temperature.t Strong impact or alteration on magnets may cause magnetic force
losses.t To prevent direct impacts on magnets, keep 0.1 ~ 0.3mm distance from the body.
EIn compliance with humidity cabinet test JIS K 5400 9.2.2. However, experiment temperature is 70°C, while standard temperature is 50°C.
EThe spot pattern seen on cobalt magnets is of water drops.
2Property Order
EListed values are for reference, not guaranteed.
2Features of Magnets
Load kgf = Load Nx0.101972
EDon't apply alterations on magnets to avoid possible damage.
EStrong impact on magnets may cause damages.
EMagnets with Holders have 0.1 ~ 0.3mm steps to protect the magnet surface from impacts.
EThe magnet and holder are fixed by adhesive.
* "Attraction Force" indicates the power of lifting the material EN 1.0038 Equiv. (polished surface of 10mm thick
plate).
2Magnetization Direction
X-direction
* Maximum operating temperature for magnets alone.
Y-direction
Weak Strong
Alnico CobaltNeodymium
Heat-resisting Neodymium
Ferrite CobaltNeodymium
Heat-resisting Neodymium
FerriteNeodymium
Heat-resisting NeodymiumAlnico
Alnico FerriteCobalt
Ferrite
Alnico
Cobalt
Neodymium
Heat-resisting Neodymium
Neodymium
Heat-resisting NeodymiumFerriteCobalt Alnico
Magnetic Force
ItemReference
Characteristic Values
Repeated Attractions
Mechanical Strength
Corrosion Resistance
High Temperature Stability
Residual Flux Density
Max. Energy Product
Attraction Force
-
-
Curie Temperature
Max. Operating Temp.
Ambient Temp. 50 75 100 125 150 175 200 225 250 275 300 325 350 375 400
Neodymium Magnet
High Strength
Neodymium Magnet
Heat-resisting Neodymium Magnet
Alnico Magnet
Ferrite Magnet
Cobalt Magnet
L
D
When L/D=0.7*
0.1~0.3
Workpiece
Housing
L
D
When L/D=0.7* N
SN S
Magnet with HolderG
10
SS400
N kgf Pull Force
Neodymium Magnet
Capable of highest magnetic force of all materials currently available. High forces can be obtained from small volume. One of the disadvantages is tendency to rust easily. Called "Rare Earth Magnets" along with the cobalt magnets.
Samarium-Cobalt Magnet
Full name is Samarium-Cobalt Magnet, and is second in strength following the Neodymium Iron Boron magnets. Advantage is its resistance to rusting and high temperatures. Brittle and mechanically low in strength, requiring careful handling.
Ferrite MagnetThis material has low magnetic force but has relatively high coercive force, thus suffers little demagnetization.Brittle and mechanically low in strength, requiring careful handling.
Alnico MagnetIt has superior property against temperature and mechanical strength.Disadvantage is its likeliness to demagnetize.
Item Increment Powerful Neodymium Magnet Neodymium Magnet Heat-resistant Neodymium Magnets Samarium-Cobalt Magnet Ferrite Magnet Alnico Magnet
Residual Flux Density T 1.42 or More 1.26 or More 1.23 or More 1.03 or More 0.385 or More 1.25 or More
Coercive Force bHC KA/m 796 or More 859 or More 923 or More 640 or More 230 or More 47.7 or More
Coercive Force iHC KA/m 875 or More 955 or More 1592 or More 1190 or More 235 or More 47.7 or More
Max. Energy Product kJ/m3 400 or More 260 or More 287 or More 140 or More 27.9 or More 38.2 or More
Density g/cm3 7.3~7.5 7.3~7.5 7.3~7.5 8.3 4.8~5.0 7.3~7.4
Curie Temperature °C 310 310 340~400 710 450~460 850
Vickers Hardness HV 500~600 500~600 500~600 600 480~580 650
* Max. Operating Temp. °C 60 80 150 200 300 400
Before test 24 hrs 72 hrs
Neodymium Magnet(No Surface Treatment)
Corrosion Resistance: Inferior
Neodymium Magnet(Surface Treatment: Nickel Plating)
Corrosion Resistance: Excellent
Samarium-Cobalt Magnet
(No Surface Treatment)
Corrosion Resistance: Good
Samarium-Cobalt Magnet
(Surface Treatment: Nickel Plating)
Corrosion Resistance: Excellent
Type MMaterial SSurface Treatment Heat Resistant Temperature
HXNN Powerful Neodymium Magnet
Nickel Plating
60°C
HXN Neodymium Magnet 80°C
HXNH Heat-resistant Neodymium Magnets 150°C
HXMS Samarium-Cobalt Magnet 200°C
Magnetization Direction: Y-directionNickel Plating
N
S
N S
D 0-0.2L
0-0.1
EPowerful Neodymium Magnet has attraction force stronger than Neodymium Magnet by 30%. May crack when pulled and struck by other magnetic substances. Please handle with care in unpacking.
Part NumberL
Attraction Force NkgfSurface Magnetic Flux Density Gauss
[G]Unit Price
Type D HXNNHXN
HXNHHXMS HXNN
HXN HXNH
HXMS HXNN HXN HXNH HXMS
HXNN(Powerful Neodymium)
HXN(Neodymium)
HXNH(Heat-resistant Neodymium)
HXMS(Samarium-Cobalt)
12 0.08 0.008 0.06 0.006 0.04 0.004 1900~2100 1100~1300 900~11003 - 0.07 0.007 0.05 0.005 - 1200~1400 1000~1200 -5 0.10 0.010 0.08 0.008 0.06 0.006 2100~2300 1300~1500 1100~1300
2
2 0.77 0.08 0.59 0.06 0.39 0.04 3500~3700 2400~2600 2000~22003 0.90 0.09 0.69 0.07 0.49 0.05 3700~3900 3100~3300 2600~28004 0.93 0.09 0.72 0.07 - 3700~3900 3400~3600 - - -5 1.01 0.10 0.78 0.08 0.49 0.05 4100~4300 3100~3300 2600~2800
3
1 1.39 0.14 1.07 0.11 - 2700~2900 2000~2400 - - -2 2.04 0.21 1.57 0.16 1.08 0.11 3700~4000 3100~3300 2600~28003 2.55 0.26 1.96 0.20 1.37 0.14 4200~4500 3300~3500 2800~30004 2.93 0.30 2.25 0.23 1.47 0.15 4400~4700 3400~3600 2900~31005 3.06 0.31 2.35 0.24 1.57 0.16 4500~4800 3500~3700 2900~31006 3.60 0.37 2.82 0.29 - 4600~4800 4100~4300 - -
4
1 - 1.47 0.15 - - 2000~2200 - - - -2 3.69 0.38 2.84 0.29 1.86 0.19 4100~4300 3100~3300 2600~28003 4.97 0.51 3.82 0.39 2.55 0.26 4200~4500 3600~3800 3100~33004 5.60 0.57 4.31 0.44 2.94 0.30 4500~4800 3800~4000 3200~34005 6.11 0.62 4.70 0.48 3.14 0.32 4800~5100 4000~4200 3400~36008 8.50 0.87 6.82 0.69 - 5100~5400 4500~4700 - -10 9.04 0.92 6.96 0.72 - 5200~5500 4500~4700 - -
5
1 - 1.45 0.16 - - 1800~2000 - - - -2 5.10 0.52 3.92 0.40 2.65 0.27 3500~3700 3000~3200 2500~27003 7.51 0.77 5.78 0.59 3.82 0.39 4200~4500 3800~4000 3200~34004 8.92 0.91 6.86 0.70 4.61 0.47 4600~4900 4000~4200 3400~36005 9.93 1.01 7.64 0.78 5.10 0.52 4900~5100 4300~4500 3600~38006 10.57 1.08 8.13 0.83 5.39 0.55 5100~5400 4300~4500 3600~38008 11.64 1.19 8.96 0.92 - 5200~5500 4700~4900 - - -10 12.74 1.30 9.80 1.00 - 5400~5700 4800~5000 - -
6
2 6.50 0.66 5.00 0.51 3.33 0.34 3100~3400 2900~3100 2400~26003 9.93 1.01 7.64 0.78 5.10 0.52 4000~4300 3700~3900 3100~33004 12.48 1.27 9.60 0.98 6.47 0.66 4600~4900 3900~4100 3300~35005 - 10.88 1.11 7.25 0.74 - 4300~4500 3600~3800 -6 15.29 1.56 11.76 1.20 7.84 0.80 5100~5400 4400~4600 3700~39008 15.34 1.66 11.80 1.28 - 5400~5600 4700~4900 - -10 15.39 1.69 11.84 1.30 - 5500~5800 4800~5000 - - -
8
2 - 6.66 0.68 4.41 0.45 - 2400~2600 2000~2200 -3 14.01 1.43 10.78 1.10 7.45 0.76 3500~3800 3200~3400 2700~29005 23.31 2.38 17.93 1.83 11.96 1.22 4700~5000 4200~4400 3500~37006 26.76 2.73 20.59 2.10 - 5100~5400 4700~4900 - - -8 29.94 3.06 23.03 2.35 15.39 1.57 5400~5700 4600~4800 3900~410010 31.23 3.19 24.02 2.45 - 5600~5900 5000~5200 - - -
10
2 - 7.84 0.80 5.29 0.54 - 2000~2200 1700~1900 -3 18.34 1.87 14.11 1.44 9.41 0.96 3100~3400 2800~3000 2400~26005 32.23 3.29 24.79 2.53 16.56 1.69 4300~4600 3800~4000 3200~34008 - 34.3 3.50 23.03 2.35 - 4700~4900 4000~4200 -10 49.43 5.04 38.02 3.88 25.48 2.60 5500~5800 4900~5100 4100~4300
12
2 - 9.02 0.92 5.98 0.61 - 1600~1800 1300~1500 -3 - 16.46 1.68 11.07 1.13 - 2500~2700 2100~2300 -5 - 31.16 3.18 20.87 2.13 - 3600~3800 3000~3200 -8 - 46.55 4.75 31.07 3.17 - 4500~4700 3800~4000 -10 - 52.72 5.38 35.28 3.60 - 4800~5000 4000~4200 -
15
2 - 10.58 1.08 7.06 0.72 - 1400~1600 1100~1300 -3 - 19.6 2.00 13.13 1.34 - 2300~2500 1900~2100 -5 - 39.59 4.04 26.46 2.70 - 3100~3300 2600~2800 -8 - 64.39 6.57 43.02 4.39 - 4200~4400 3500~3700 -10 - 75.85 7.74 50.67 5.17 - 4600~4800 3800~4000 -
203 - 34.32 3.50 - - 1700~1900 - - - -10 - 98.06 10.00 - - 4200~4400 - - - -
EAttraction Force and Surface Flux Density are reference values for magnets alone.EN pole side is colored. (HXNN: Green, HXN: Red, HXNH: Black, HXMS: Blue)
Part Number - L
HXNN3 - 3
HXN8 - 5
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