ZAMST COOL SHADER Cooling Poncho and Vest Surpass 110,000 Units Sold: Updated with Near-Infrared Shielding to Prevent Skin Heat

Nippon Sigmax has launched updated versions of the 'ZAMST COOL SHADER' poncho and vest. The new apparel features near-infrared shielding to prevent temperature spikes and utilizes wide-area capillary cooling to effectively combat heatstroke.
新製品NQ 79/100出典:PR Times

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  • 📰 Published: March 30, 2026 at 20:00
  • 🔍 Collected: March 30, 2026 at 22:56 (2h 56m after Published)
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Nippon Sigmax Co., Ltd. (Headquarters: Shinjuku-ku, Tokyo; President & CEO: Yosuke Suzuki), which develops the sports support and care product brand 'ZAMST', is launching the 'ZAMST COOL SHADER' cooling poncho and 'ZAMST COOL SHADER Active Vest'. These products have been updated with new specifications that block near-infrared rays, which are a cause of skin heat and temperature rise due to strong sunlight.

Sales on the official ZAMST online shop will begin on April 14th, while sales at ZAMST retailers nationwide will start in late April.

▲ Updated and launched with new specifications that block near-infrared rays, a cause of skin heat and temperature rise from strong sunlight.

■ Emergency Transport for Heatstroke Hits Record High in 2025: Items Cooling Large Body Areas are Effective against Heat
Due to severe heat waves in recent years, the number of people transported by ambulance for heatstroke is increasing. The Ministry of Internal Affairs and Communications announced that the number of transported individuals in Reiwa 7 (2025) reached 100,510, the highest since tracking began (*1). The government designates April 1st to September 30th every year as an 'Intensive Heatstroke Prevention Campaign' period, and the Japan Sports Agency is also urging the implementation of measures to prevent heatstroke accidents during sports activities (*2).

As one heat countermeasure, lowering skin surface temperature to cool subcutaneous blood, thereby suppressing a rise in core body temperature, is well known. In particular, it has been reported that 'cooling a wide area' of capillaries spread throughout the body is more efficient than methods that only cool large arteries (*3). Therefore, items that can directly cool a wide area of the body are considered an effective method in hot environments.

*1) Ministry of Internal Affairs and Communications 'Emergency Transport Situation for Heatstroke in Reiwa 7 (May-Sept)', p.2, Oct 29, 2025.
*2) Japan Sports Agency...