Clad(Joint) - メーカー・企業と製品の一覧 | イプロス

Cladの製品一覧

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Explosive Bonding Clad: Enables the Joining of Dissimilar Metals That Cannot Be Welded!

Explosive Bonding Clad: Enables the Joining of Dissimilar Metals That Cannot Be Welded!

We offer structural dissimilar joints that enable strong bonding between lightweight metals such as aluminum, magnesium, titanium, and steel materials!

Asahi Kasei Corporation has developed an explosive bonding technology that utilizes the instantaneous high energy generated during the explosion of explosives to metallurgically join dissimilar metals at room temperature. This product significantly contributes to the weight reduction of vehicles, ships, and molds. ■ STJ(R) "Structural Transition Joint" STJ(R) is a compact and highly durable structural joint that enables the welded integration of aluminum alloy structures with carbon steel or stainless steel components. ■ Flame-retardant Magnesium Alloy Joint A structural joint made of flame-retardant magnesium alloy and aluminum alloy or stainless steel. *For more details, please refer to the PDF materials or feel free to contact us.

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  • Clad

ブックマークに追加いたしました

ブックマーク一覧

ブックマークを削除いたしました

ブックマーク一覧

これ以上ブックマークできません

会員登録すると、ブックマークできる件数が増えて、ラベルをつけて整理することもできます

無料会員登録
Electrode materials and cladding for heat sinks that achieve low cost and lightweight.

Electrode materials and cladding for heat sinks that achieve low cost and lightweight.

We achieve cost reduction and weight reduction without compromising the material properties in large current contact materials, electrode materials, and heat exchange materials.

By replacing copper used in materials such as high-current contact materials, electrode materials, and heat exchange materials (heat sinks) with "copper/aluminum clad," we respond to the needs for cost reduction and weight reduction. Additionally, our explosive crimping technology is a cold joining method that does not apply heat to the materials, making it difficult for impurities such as alloy layers to form at the bonding interface between copper and aluminum. This results in low electrical resistance and conductivity close to the theoretical value of the materials. ■ ETJ(R) Electrical Transition Joint 【Features】 1. Excellent electrical properties. 2. Superior mechanical properties. It has high bonding strength and demonstrates robust characteristics in bending and tensile tests. 3. Excellent heat resistance. The bonding strength does not change even after 5,000 cycles of thermal fatigue testing at 250°C and 25°C. 4. Regarding electrocorrosion: Our clad is fully bonded, preventing electrolytes from entering the interface, which allows for the prevention of electrocorrosion by only protecting the externally exposed surfaces with paint. *For more details, please refer to the PDF materials or feel free to contact us.

  • others
  • Clad

ブックマークに追加いたしました

ブックマーク一覧

ブックマークを削除いたしました

ブックマーク一覧

これ以上ブックマークできません

会員登録すると、ブックマークできる件数が増えて、ラベルをつけて整理することもできます

無料会員登録
Lightweighting vehicles and molds through dissimilar metal joining! Explosive bonding joints and cladding.

Lightweighting vehicles and molds through dissimilar metal joining! Explosive bonding joints and cladding.

Achieve high durability and lightweight design with structural dissimilar material joints that enable strong bonding between lightweight metals such as aluminum, magnesium, titanium, and steel materials!

Asahi Kasei Corporation has developed an explosive welding technology that utilizes the instantaneous high energy generated when explosives detonate to metallurgically join dissimilar metals through cold welding. This product ensures durability by firmly joining lightweight metals (aluminum, magnesium, titanium) with steel materials, significantly contributing to the reduction of weight in vehicles, ships, molds, and more. ■STJ(R) "Structural Transition Joint" STJ(R) is a compact and highly durable structural joint that enables the welding of aluminum alloy structures to carbon steel or stainless steel components in a unified structure. ■Flame-retardant Magnesium Alloy Joint A structural joint made of flame-retardant magnesium alloy and aluminum alloy or stainless steel. *For more details, please refer to the PDF document or feel free to contact us.

  • others
  • Clad

ブックマークに追加いたしました

ブックマーク一覧

ブックマークを削除いたしました

ブックマーク一覧

これ以上ブックマークできません

会員登録すると、ブックマークできる件数が増えて、ラベルをつけて整理することもできます

無料会員登録
Achieving cost reduction and weight reduction! Clad for electrode materials and heat sinks.

Achieving cost reduction and weight reduction! Clad for electrode materials and heat sinks.

Cost reduction and weight reduction of large current gas contact materials, electrode materials, and heat exchange materials without compromising material properties through cold joining.

By replacing copper used in materials such as high-current contact materials, electrode materials, and heat exchange materials (heat sinks) with "copper/aluminum clad," we respond to the needs for cost reduction and weight reduction. Additionally, our explosive crimping technology is a cold joining method that does not apply heat to the materials, making it difficult for impurities such as alloy layers to form at the joint interface between copper and aluminum. This results in low electrical resistance and conductivity close to the theoretical values of the materials. ■ETJ(R) Electrical Transition Joint 【Features】 1. Excellent electrical properties. 2. Superior mechanical properties. It exhibits high joint strength and robust characteristics in bending and tensile tests. 3. Excellent heat resistance. The joint strength does not change even after 5,000 cycles of thermal fatigue testing at 250°C and 25°C. 4. Regarding electrocorrosion Our clad is fully joined, preventing electrolytes from entering the interface, allowing us to prevent electrocorrosion by only applying protective paint to the externally exposed surfaces. *For more details, please refer to the PDF document or feel free to contact us.

  • others
  • Clad

ブックマークに追加いたしました

ブックマーク一覧

ブックマークを削除いたしました

ブックマーク一覧

これ以上ブックマークできません

会員登録すると、ブックマークできる件数が増えて、ラベルをつけて整理することもできます

無料会員登録

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