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Economy series Product Overview Product Overview Economy series
Heat Insulating Plates Heat Insulating Plates

QCharacteristics (for reference)

Economy series

Heat Insulating Plates

Excellent thermal insulation effect

Strong pressure-bearing capacity
QExamples of Use
Accept customization by drawings
Heat source Heat Heat Insulation Plates
Insulation
Heat Insulation Plates
Plates Workpiece Heating
Cartridge Heaters source Mold
Heat
Heat
Insulation
P.24-006 QProduct Features For thermal insulation of cover For preventing uneven heating For heat preservation For thermal insulation of mold
Plates
Temperature Sensors Poor heat resistance and thermal insulation effect Insufficient compressive strength during heating process

P.24-014 *Generic products on the market QPrecautions for Use 2Humidity Environment
1Tightening Method
Temperature Controllers Burnt and Burnt Blistered Damaged by force Delaminated by force Delaminated by heating, Be sure to use a washer with a bolt. Otherwise, the insulation Do not use insulation plates in working conditions where they
plate may break when the bolt is overtightened.
may be affected by water or chemicals. Insulation plates with
excessive moisture content may crack or suffer significant
performance degradation due to temperature rise.
3Direction of Force Application
4Others
capacity
P.24-022 carbonized by heating weak pressure-bearing They are laminated products, so do not apply force in the Light streaks and dark lines may appear on the surface of the
Heat Insulating Plates · The heat resistance is improved by improving the base material · More stable compressive performance of insulation plates is direction of the layer (section direction) during use. products, but they do not affect the physical properties or the
thermal insulation effect, so please feel free to use them.
QPrecautions for Alterations
achieved by using thinner base material, uniform coating of
and main material and using high temperature resistant resin to
high temperature resistant resin, and applying uniform force
reduce high temperature volatilization and carbonization.
during heating lamination.
P.24-025 Economy series · Good bonding force and more stable performance are · Continuous heat resistance is improved to reduce the risk of 1Measures against dust
achieved by using heating lamination process for
24 *Generic products on the market are similar products randomly purchased by MISUMI from the market When machining, use a dust collector or other dust collection equipment to prevent the spread of dust. Although the product does not
carbonization and ensure the compressive strength throughout
reinforcement.
the service life.
contain specific chemical substances such as asbestos, conventional safety measures for working in dusty environments, such as wearing
masks and goggles, are required. In addition, since the product contains glass fibers that may cause itchy skin, it is recommended that
Heaters / Temperature Sensors / Heat Insulating Plates QComparison of Performance Thermal conductivity other machine tools. Laminated products are not suitable for tapping,
gloves be worn when handling the plates. Mechanical accuracy may be degraded by abrasion when dust adheres to the sliding parts of
2Drilling conditions
3Unsuitable processing types
Heat resistance
Drilling of an insulation plate may cause cracks, so be
(W/m·K)
(weight loss rate%)
Machining such as drilling or cutting in the direction of lamination
conditions, etc.
0.8
(Figure A)
is the main cause of cracking and should be avoided as far as
0.6 Average value: 0.55 I m p r o v e d 0.80 Average value: 0.62 I m p r o v e d b y careful with hole pitches, hole diameters, machining three-dimensional machining, etc.
possible.
0.60
b y 5 3 %
0.4 6 9 % 0.40 0.29 (Figure B)
0.17
0.2 0.20
0 0.00
Generic products Generic products on Generic products on MISUMI Generic products Generic products on Generic products on MISUMI
on the market 1 the market 2 the market 3 Economy series on the market 1 the market 2 the market 3 Economy series
The lower the weight loss rate, the lower the heat loss, The lower the thermal conductivity, the less the thermal
reflecting better continuous temperature resistance conductivity, the better the insulation effect
Thermal insulation effect Compressive strength
(temperature difference between hot and cold surfaces °C) (MPa)
150 600 538
118 500
Average value: 93 400 Average value: 397 Improved by 36%
100 Improved by 26% 300
50 200
100
0 0
Generic products Generic products on Generic products on MISUMI Generic products Generic products on Generic products on MISUMI
on the market 1 the market 2 the market 3 Economy series on the market 1 the market 2 the market 3 Economy series
The greater the temperature difference between hot and cold Higher compressive strength under the same temperature
24-025 surfaces, the better the heat insulation effect 24-026
EThe above results are obtained through experimental cases of 220°C series products, and all the data are reference values.
*Generic products on the market are similar products randomly purchased by MISUMI from the market.