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高圧鋳造用ポリウレタンツールブロック
Polyurethane Tooling Blocks For High Pressure Molding Quick Details Place of Origin: Guangzhou, China, (mainland) Brand Name: Lihong Model Number: Epoxy tooling wood Material: resin tooling board Thickness: 25mm-200mm Size: 1500*500*25/30/50/75/100/150/200 Product Name: Resin tooling board used for mould on CNC machine Color: Brown Hardness: 65-70 degree Density: 0.70g/cm3 MOQ: 5 sheets LOW CTE For improved dimensional stability under high temperature. Other boards, such as
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型の製造業のための多色50mmエポキシの用具板
High density, multi-color smooth surface processing plate suitable for mold manufacturing In order to meet the needs of a variety of tool applications, we provide epoxy tool blocks and boards showing a range of physical properties and performance characteristics, including: CNC can be high speed steel and carbide tool processing Excellent dimensional stability to prevent tool deformation during high pressure forming/manufacturing Extraordinary smooth surface finish, almost
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1.66g/Cm3 エポキシツールボード 75mm 厚さ 高密度モデルボード
For over twenty years, we have been dedicated to developing innovative machinable sheets for model making, mold manufacturing, and tooling, with products meticulously designed in Guangzhou. Our LH-TOOL® solutions combine efficiency, outstanding performance, and sustainability: available in density ranges from 0.08–1.7 g/cm³, featuring fine surfaces, high dimensional stability, ease of processing, and perfectly matched adhesives and repair fillers. Tooling and models—efficient
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硬さ 85-90 1.7 自動車模具用エポキシ製ツールボード
For over twenty years, we have been dedicated to developing innovative machinable sheets for model making, mold manufacturing, and tooling, with products meticulously designed in Guangzhou. Our LH-TOOL® solutions combine efficiency, outstanding performance, and sustainability: available in density ranges from 0.08–1.7 g/cm³, featuring fine surfaces, high dimensional stability, ease of processing, and perfectly matched adhesives and repair fillers. Tooling and models—efficient
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90 硬さ 1.67 密度 エポキシ製車具用ツールボード
For over twenty years, we have been dedicated to developing innovative machinable sheets for model making, mold manufacturing, and tooling, with products meticulously designed in Guangzhou. Our LH-TOOL® solutions combine efficiency, outstanding performance, and sustainability: available in density ranges from 0.08–1.7 g/cm³, featuring fine surfaces, high dimensional stability, ease of processing, and perfectly matched adhesives and repair fillers. Tooling and models—efficient
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高精度モデリングボード MB-0600 60-65D ブラウン 密度 0.60cm/Cm3
For over twenty years, we have been dedicated to developing innovative machinable sheets for model making, mold manufacturing, and tooling, with products meticulously designed in Guangzhou. Our LH-TOOL® solutions combine efficiency, outstanding performance, and sustainability: available in density ranges from 0.08–1.7 g/cm³, featuring fine surfaces, high dimensional stability, ease of processing, and perfectly matched adhesives and repair fillers. Tooling and models—efficient
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MB-0670 60-65D 0.67cm/Cm3のモデル パターンを立方体にするエポキシの工具細工板
For over twenty years, we have been dedicated to developing innovative machinable sheets for model making, mold manufacturing, and tooling, with products meticulously designed in Guangzhou. Our LH-TOOL® solutions combine efficiency, outstanding performance, and sustainability: available in density ranges from 0.08–1.7 g/cm³, featuring fine surfaces, high dimensional stability, ease of processing, and perfectly matched adhesives and repair fillers. Tooling and models—efficient
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82D 硬さ 0.98 密度 エポキシツールボード 200Cまで耐熱
For over twenty years, we have been dedicated to developing innovative machinable sheets for model making, mold manufacturing, and tooling, with products meticulously designed in Guangzhou. Our LH-TOOL® solutions combine efficiency, outstanding performance, and sustainability: available in density ranges from 0.08–1.7 g/cm³, featuring fine surfaces, high dimensional stability, ease of processing, and perfectly matched adhesives and repair fillers. Tooling and models—efficient
