What is the "Tri-Guard Structure"?

The "Tri-Guard Structure" is a new three-layer integrated safety design developed by Honjo state and ShinMaywa Industries to simultaneously suppress flames, heat, and smoke generated during battery fires, aiming to extinguish the fire and reduce risks to the surrounding environment.

What are the three layers of the "Tri-Guard Structure" and what do they do?

The three layers are: 1. Smoke Barrier Layer (suppresses smoke and toxic gas diffusion), 2. Insulation Layer (delays heat transfer), and 3. Flame Retardant Layer (contains the ignition source and prevents fire spread).

What materials are used in the "Tri-Guard Structure"?

The structure combines Honjo state's ultra-high heat-resistant high-silica sheet with insulation material using recycled carbon fiber developed by ShinMaywa Industries and Fuji Kasei Co., Ltd.

Why was the "Tri-Guard Structure" developed?

It was developed in response to the increasing number of battery fires in various locations and the need for a comprehensive safety design that addresses flames, heat, and smoke simultaneously, as current measures are often taken individually.

What are the future plans for the "Tri-Guard Structure"?

Honjo state and ShinMaywa Industries plan to promote its implementation in industrial fields, develop application-specific products, and deploy it in environments with anticipated ignition risks, such as logistics warehouse charging areas and battery storage spaces.

AI News NQ Analysis

為應對電池火災開發三層一體新結構「Tri-Guard構造」

NQ 評分 50/100

AI 摘要（NQ 加工版）

Honjo state與新明和工業共同開發出能同時抑制電池火災的火焰、熱能與煙霧的新結構。

尚無 AI 分析資料。

常見問題

Q: What is the "Tri-Guard Structure"?: A: The "Tri-Guard Structure" is a new three-layer integrated safety design developed by Honjo state and ShinMaywa Industries to simultaneously suppress flames, heat, and smoke generated during battery fires, aiming to extinguish the fire and reduce risks to the surrounding environment.
Q: What are the three layers of the "Tri-Guard Structure" and what do they do?: A: The three layers are: 1. Smoke Barrier Layer (suppresses smoke and toxic gas diffusion), 2. Insulation Layer (delays heat transfer), and 3. Flame Retardant Layer (contains the ignition source and prevents fire spread).
Q: What materials are used in the "Tri-Guard Structure"?: A: The structure combines Honjo state's ultra-high heat-resistant high-silica sheet with insulation material using recycled carbon fiber developed by ShinMaywa Industries and Fuji Kasei Co., Ltd.
Q: Why was the "Tri-Guard Structure" developed?: A: It was developed in response to the increasing number of battery fires in various locations and the need for a comprehensive safety design that addresses flames, heat, and smoke simultaneously, as current measures are often taken individually.
Q: What are the future plans for the "Tri-Guard Structure"?: A: Honjo state and ShinMaywa Industries plan to promote its implementation in industrial fields, develop application-specific products, and deploy it in environments with anticipated ignition risks, such as logistics warehouse charging areas and battery storage spaces.