What makes CORE SHIELD® different from traditional cooling innerwear?

Unlike traditional cooling innerwear, CORE SHIELD® has the function of physically blocking near-infrared rays (heat rays), which are a cause of heatstroke.

What special material is used in CORE SHIELD®?

CORE SHIELD® uses a special ceramic microparticle called 'CWO®' developed by Sumitomo Metal Mining Co., Ltd.

Where is the CWO® material used?

CWO® is used in places where extremely high heat-shielding performance is required, such as aircraft, luxury cars, and windows of cutting-edge high-rise buildings.

What effects can be expected from wearing this innerwear?

Even under direct sunlight, it can suppress the temperature rise inside the clothing by up to 2°C, preventing the body's core from warming up and reducing the risk of heatstroke.

Why can't traditional cooling innerwear prevent heatstroke?

Traditional cooling innerwear only relies on heat transfer at the skin surface and allows near-infrared rays in sunlight to pass through, warming the deeper layers of the skin, which does not fundamentally solve the problem.

AI News NQ Analysis

[2026] Next-Gen Innerwear 'CORE SHIELD®' Blocks Solar Heat Sources for Advanced Heatstroke Protection

NQ Score 86/100

N1 Content Completeness 9

AI Summary (NQ-processed)

PNX has launched 'CORE SHIELD®', a high-performance innerwear that utilizes Sumitomo Metal Mining technology to block near-infrared rays and suppress temperature rise inside clothing by up to 2°C.

AI Analysis

Frequently Asked Questions

Q: What makes CORE SHIELD® different from traditional cooling innerwear?: A: Unlike traditional cooling innerwear, CORE SHIELD® has the function of physically blocking near-infrared rays (heat rays), which are a cause of heatstroke.
Q: What special material is used in CORE SHIELD®?: A: CORE SHIELD® uses a special ceramic microparticle called 'CWO®' developed by Sumitomo Metal Mining Co., Ltd.
Q: Where is the CWO® material used?: A: CWO® is used in places where extremely high heat-shielding performance is required, such as aircraft, luxury cars, and windows of cutting-edge high-rise buildings.
Q: What effects can be expected from wearing this innerwear?: A: Even under direct sunlight, it can suppress the temperature rise inside the clothing by up to 2°C, preventing the body's core from warming up and reducing the risk of heatstroke.
Q: Why can't traditional cooling innerwear prevent heatstroke?: A: Traditional cooling innerwear only relies on heat transfer at the skin surface and allows near-infrared rays in sunlight to pass through, warming the deeper layers of the skin, which does not fundamentally solve the problem.