Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 24, 2025～Jan 20, 2026
This ranking is based on the number of page views on our site.
631～645 item / All 1177 items
Passed dielectric strength test
These are gloves that passed the dielectric strength test conducted at 2400V. They are mainly used by power companies and in electrical construction.
These are gloves made in Japan.
Processed with brushed fabric, available in a long type with a total length of 42 cm. Sizes S, M, and L are available, suitable for light work and food processing.
We use non-phthalate type plasticizers.
The material is vinyl chloride / ultra-thin, and it is used for applications such as painting, caregiving, and waste disposal. There are three sizes available.
The palm has been treated with a slip-resistant finish.
These are familiar gloves used for the kitchen, bath, toilet, laundry, and more. They are made of vinyl chloride and are thin in material.
Antibacterial hygiene processed.
These are thick gloves available in a box type. They are mainly used for the kitchen, bathroom, toilet, and laundry, and are made of vinyl chloride.
Made of plastic and thinner, it fits perfectly in your hand.
Prevents hand irritation from powder and is a convenient ambidextrous type, allowing for efficient use without waste.
This is an ultra-thin type that can be used with a natural hand feel.
These gloves are made thinner than conventional disposable gloves, allowing for a sensation closer to bare hands during use.
Excellent heat resistance
These are double gloves made with high-performance aramid fibers on the surface and cotton on the inside. They are thick and have improved heat resistance and insulation properties.
Excellent cut-resistant protective products
The outer material is made of cowhide, while the inner material uses aramid fibers. Additionally, the palm area is reinforced with double layers of cowhide, providing high effectiveness in preventing cuts and punctures.
For handling sharp objects! Cut-resistant gloves with excellent fit.
Gloves made with high-strength Tunuuga fibers. They achieve both high cut resistance and a good fit. 【Features】 - Cut-resistant gloves made with Tunuuga (high-strength polyethylene fibers) - Low dust generation due to the use of long fibers - High fit and workability with a thin seamless knit
For handling sharp objects! Inner type cut-resistant gloves
Gloves made with high-strength Tunooga fibers. They achieve both high cut resistance and fit. 【Features】 - Cut-resistant gloves made with Tunooga (high-strength polyethylene fibers) - Low dust generation due to the use of long fibers - Thin seamless knit for high fit and workability
For handling sharp objects! Cut-resistant gloves with excellent fit.
By weaving glass fibers into high-strength Tsunuga fibers, we achieved high cut resistance and fit. 【Features】 - Cut-resistant gloves made with Tsunuga (high-strength polyethylene fibers) - Low dust generation due to the use of long fibers - High fit and workability with a thin seamless knit
Cut-resistant gloves with excellent grip and fit.
By applying a finer texture to the NBR coating than before, we have achieved a high anti-slip effect. By weaving glass fibers into high-strength Tnuga fibers, we have achieved both high cut resistance and fit. 【Features】 ○ High grip performance with unique processing on the nitrile coating ○ Cut-resistant gloves made with Tnuga (high-strength polyethylene fibers) ○ Low dust generation due to the use of long fibers ○ High fit and workability with thin seamless knitting
For handling high-temperature materials!
By using high heat-resistant Koneks felt as the inner material, it minimizes heat transfer and is suitable for harsh tasks such as handling high-temperature items.
Reduce heat stress during welding.
By using aluminum fabric on the back of high-quality cowhide gloves, it significantly reduces heat stress caused by radiant heat.
