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폴리우레탄 모형 만드는 널, CNC 장식새김 널 구획 라이트급 선수
MB5166 Beige Polyurethane Epoxy Tooling Board CNC Machine Processing High precision and Effect DESCRIPTION Tooling boards, also known as modeling boards and machinable slabs, are typically made from filled polyurethane and they exhibit very high dimensional stability and low density. Tooling boards take the place of wood and metal in master models, prototype tooling, patterns, molds, jigs and fixtures. They are lighter and more economical than steel and aluminum. They also do
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요트를 위한 구획을 만드는 다 색깔 에폭시 장식새김 널은 기술 모형을 만듭니다
MB5166 Beige Polyurethane Epoxy Tooling Board CNC Machine Processing High precision and Effect DESCRIPTION PolyurethaneTooling board, the toughness, environmental protection, hardness, size stability, temperature tolerance, physical properties such as compressive strength, bending strength is quite good. We are quietly supporting these industries, automobiles, high-speed rail, shipbuilding, aviation, ceramics, foundry industry and daily necessities manufacturing and related
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모형 급속한 프로토 타이핑를 위한 엄밀한 폴리우레탄 에폭시 장식새김 널
MB5166 Beige Polyurethane Epoxy Tooling Board CNC Machine Processing High precision and Effect DESCRIPTION LihongTooling Board has been developed as a polyurethane based material for model and tool making and the manufacturing of checking fixtures and test units. Due to a special specification and a manufacturing method optimized over many years, it is possible to retain the product qualities even in the case of large board dimensions. LiHongTooling Board is especially
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1.70 밀도 85-90 강도 도구 및 모델 제작용 CNC 가공 가능한 폴리우레탄 보드
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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70-75 강도 0.69 밀도 에포크시 도구판 CNC 가공용 110°C까지 열 저항성
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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모형 제작을 위한 92C 경도로 가공 가능한 0.3 밀도 폴리우레탄 폼 보드 CNC
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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모형 제작을 위한 해안 경도 86C로 가공 가능한 저밀도 0.25g/cm3 폴리우레탄 폼 보드 CNC
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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저밀도 0.2g/cm3 폴리우레탄 폼 보드 CNC 기계 가공 가능 경량 에폭시 툴링 보드
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
