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2023-02-18

產品介紹 | 防爆牆/天花

  • 防爆屋(防爆箱體)(FM認證)

    FM認證防爆屋旨在存放高危險材料,並防止或減輕爆炸的影響。這些防爆箱體通常用於存放易燃氣體、液體或粉塵的工業環境或作爲人員緊急避難的場所。FM認證防爆屋旨在承受爆炸產生的高壓和高溫,並防止爆炸擴散到其他區域或造成進一步破壞。

    Explosion-proof Building(Container)(FM Approved)

    FM Approved explosion-proof building is a container designed to safely store hazardous materials and prevent or mitigate the effects of an explosion. These containers are usually used in industrial environments where flammable gases, liquids or dust are present or as emergency shelters for personnel. This FM Approved explosion-proof building is designed to withstand the high pressures and temperatures created by an explosion and prevent the explosion from spreading to other areas or causing further damage.
  • 防爆板

    防爆板是一種遏制爆炸影響的材料,通常用於爆炸風險很高的危險環境,例如存放易燃氣體、液體或粉塵的工業環境。該板由耐用且不可燃的複合材料製成,能承受爆炸產生的高壓和高溫,並防止爆炸蔓延到其他區域或造成進一步的破壞。防爆板可用於多種應用,例如防爆牆、天花板或地板,或作為可能產生火花或熱量的設備或機器的保護屏障。

    Explosion-proof Board

    Explosion-proof board is a material designed to prevent or contain the effects of an explosion. Typically used in hazardous environments with a high risk of explosion, such as industrial environments where flammable gases, liquids or dust are present. Made of a durable and non-combustible composite material, the boards can withstand the high pressures and temperatures created by an explosion and prevent the explosion from spreading to other areas or causing further damage. Explosion-proof boards can be used in a variety of applications such as explosion-proof walls, ceilings or floors, or as protective barriers for equipment or machinery where sparks or heat may be generated.
  • 防爆牆

    防爆牆旨在抵抗爆炸影響並最大限度地減少危險環境中的損壞和傷害的牆。這些牆通常用於存放易燃氣體、液體或灰塵的工業環境。牆壁採用特殊材料和設計構造,可以承受爆炸產生的高壓、高溫和力。它們可以塗上防火塗料或防爆塗料等,以增強其防爆炸性。此外,防爆牆可設計成將爆炸引導至遠離設備或人員等特定區域,以最大限度地減少損壞和傷害。

    Explosion-proof Wall/Shield

    Explosion-proof wall/shield is a type of wall designed to resist the effects of an explosion and minimize damage and injury in hazardous environments. These walls are typically used in industrial settings where flammable gases, liquids, or dusts are present. The walls are constructed using specialized materials and designs that can withstand the high pressures, temperatures, and forces generated by an explosion. They can be coated with materials such as fire-resistant coatings or blast-resistant coatings to enhance their resistance to explosions. Additionally, explosion-proof walls/shields may be designed to direct the blast away from critical areas, such as equipment or personnel, to minimize damage and injury.
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