thermobstructor
「THERMOBSTRUCTOR」complies with SGS's RoHS 2.0, PFOS, PFOA, and halogen-free environmental testing standards.

SGS測試-鍛熱霸™_2021.pdf | |
File Size: | 421 kb |
File Type: |
High temperature thermal insulation material that withstands up to 400 ° C.
It can stabilize the deformation caused by thermal expansion or high temperature pressure, and also control the deformation caused by continuous use.
.Color:White
.Composition:Glass fiber cloth + inorganic resin. ※No asbestos is used for this material.
.Features:High temperature resistance up to 400 degrees, high dimensional stability, low water absorption, compression strength, good resistance to bending and deformation.
.Application:Applicable to heat insulation plates for molding machine, heat insulation plate for semiconductor sealing mold, heat insulation plate for induction heating oven, load bearing fixture for processing... etc.
.Machining recommendations: low speed high feed, 10mm~5mm tool, S2000, F500~F1000.
It can stabilize the deformation caused by thermal expansion or high temperature pressure, and also control the deformation caused by continuous use.
.Color:White
.Composition:Glass fiber cloth + inorganic resin. ※No asbestos is used for this material.
.Features:High temperature resistance up to 400 degrees, high dimensional stability, low water absorption, compression strength, good resistance to bending and deformation.
.Application:Applicable to heat insulation plates for molding machine, heat insulation plate for semiconductor sealing mold, heat insulation plate for induction heating oven, load bearing fixture for processing... etc.
.Machining recommendations: low speed high feed, 10mm~5mm tool, S2000, F500~F1000.
Features
tma test
baking test
THERMOBSTRUCTOR After baking for 2 hours at 400°C, the deformation is 5.12 ~ 5.34mm and the weight is reduced by 0.536%.
(Tested material dimensions:5 x 418 x 240 mm)
(Tested material dimensions:5 x 418 x 240 mm)
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machining
Maching recommendations : Low speed, high feed、10mm~5mm tool、S2000、F500~F1000。
The thinnest vertical surface : 0.6 mm
Applicable tap : M3, M4
The thinnest vertical surface : 0.6 mm
Applicable tap : M3, M4