• New

    Emerald CX® S13CXLSI

    Product ID: S13CXLSI

    Heat-resistant non-marring gloves with cut protection and adhesive resistance for handling hot objects

    Our Emerald CX® S13CXLSI cut-resistant gloves feature an acrylic lining to help achieve ANSI 4 heat resistance for handling hot objects. ParaActiv™ engineered yarn provides 360° cut protection with high ANSI A6 cut resistance and high ANSI 4 heat protection. Maximum ANSI 6 abrasion resistance offers durability and long wear life plus their non-marring silicone palm coating provides liquid and adhesive resistance.

  • TenActiv™ S18TAFGNT

    Product ID: S18TAFGNT

    Low-linting ultra-thin cut protection with specially formulated non-marring palm coating for longer wear life

    Our low-linting TenActiv™ S18TAFGNT gloves feature a specially formulated nitrile palm coating for better abrasion resistance to extend wear life. The non-marring nitrile palm coating provides steady wet grip that will not leave residue for product finishing. Made from TenActiv™ engineered yarn, they provide 360° cut protection with ANSI A4 cut resistance and their ultra-thin construction improves freedom of movement with a bare-hand feel.

  • TenActiv™ S13TAGPU

    Product ID: S13TAGPU

    Non-marring low-linting gloves for incidental cut protection plus tactile dry grip that won't leave residue

    Our TenActiv™ S13TAGPU low-linting gloves offer low cut protection with non-marring palms for better dry grip and tactile feel that will not leave residue. TenActiv™ engineered yarn provides 360° cut protection with ANSI A2 cut resistance, plus a polyurethane palm coating for steady dry grip and tactile feel. They’re low-linting to avoid shedding material and prevent contamination.

  • Superior Touch® S13SXPUQ

    Product ID: S13SXPUQ

    Economical low-lint gloves for incidental cut protection and non-marring palms to prevent contamination

    Our Superior Touch® S13SXPUQ low-linting gloves with non-marring palms are an economical choice for cut protection against incidental hazards. White Dyneema® material offers 360° cut protection with low ANSI A2 cut resistance and will show dirt or other contaminates. Low-linting with non-marring polyurethane palm coating provides better dry grip that will not leave residue, making them ideal for handling sensitive material like glass.

  • Superior Touch® S13PUCF

    Product ID: S13PUCF

    Electrostatic dissipative low-linting white gloves with non-marring palms for protecting microelectronics

    Our electrostactic-dissipative Superior Touch® S13PUCF white polyester gloves are low-linting and non-marring to detect and prevent contamination when working with microelectronics. A non-marring polyurethane palm coating offers a better dry grip and tactile feel that will not leave a residue. Ideal for microelectronics, glassware, and small parts handling.

  • Superior Touch® S13PU

    Product ID: S13PU

    White nylon low-linting gloves for food machine maintenance with non-marring palms that show dirt and contaminants

    Our food safe Superior Touch® S13PU white nylon gloves are low-linting and non-marring to detect and prevent contamination during food machine maintenance. A non-marring polyurethane palm dip coating offers a better dry grip and tactile feel that will not leave a residue, making them ideal for glassware and small parts handling. They are also CFIA-compliant for safe food handling.

  • Dexterity® S13KFGPU

    Product ID: S13KFGPU

    Non-marring gloves with cut protection and better dry grip that won’t leave residue

    Our Dexterity® S13KFGPU are non-marring gloves with fine knit that provide cut protection plus bare hand feel. ParaActiv™ engineered yarn material provides 360° cut protection with moderate ANSI A4 cut resistance. The non-marring polyurethane palm dip coating offers better dry grip that will not leave residue. Ergonomically shaped for close and snug fit ideal for glass handling tasks.

  • Superior Touch® S13GPU

    Product ID: S13GPU

    Food safe low-linting gloves with non-marring palms for food machine maintenance to prevent contamination

    Our food safe Superior Touch® S13GPU gloves are low-linting and non-marring to prevent contamination during food machine maintenance. A non-marring polyurethane palm coating offers better dry grip and tactile feel that will not leave a residue, making them ideal for glassware and small parts handling. They’re low-linting to prevent shedding and CFIA-compliant for safe food handling.

  • Superior Touch® S13GPPU

    Product ID: S13GPPU

    High touch-sensitive low-linting gloves with non-marring palms for small parts handling

    Our Superior Touch® S13GPPU low-linting gloves feature non-marring palms that are ultra-thin for better sense of feel. Polyurethane palm dip coating provides steady dry grip and tactile feel, making them ideal for material and small parts handling.

  • TenActiv™ STAGXPU

    Product ID: STAGXPU

    Cut-resistant low-linting knit with non-marring dry grip to prevent contamination

    Our TenActiv™ STAGXPU low-linting gloves feature a light color to show dirt, stains, or other particulate matter and a non-marring polyurethane dip palm coating that protect surfaces by preventing contamination. Ideal for glass handling or final assembly, they are made with TenActiv™ engineered yarn that provides 360° cut protection with ANSI A5 cut resistance and the polyurethane palm coating offers steady dry grip with a bare hand feel.

  • TenActiv™ STAFGPU

    Product ID: STAFGPU

    Durable cut-resistant everyday gloves with non-marring palms for dry grip and sense of feel

    Our TenActiv™ STAFGPU gloves offer cut resistance with polyurethane palm coating for a stronger dry grip and tactile feel. The TenActiv™ engineered yarn liner provides 360° cut protection with high ANSI A5 cut resistance while non-marring palms are ideal for assembly, glass, and material handling.

  • TenActiv™ STACXPURT

    Product ID: STACXPURT

    Cut-resistant with maximum abrasion and reinforced thumb crotch for extra durability and dexterity when material handling

    Our maximum abrasion TenActiv™ STACXPURT gloves with polyurethane palm coating and nitrile reinforced thumb crotch add extra durability and dexterity when material handling. The TenActiv™ engineered yarn liner provides 360° cut protection with high ANSI A6 cut resistance. Touchscreen compatible non-marring gloves are suitable when dealing with finished metal and glass material.

  • Superior Touch® S13BKPUQ

    Product ID: S13BKPUQ

    Economic choice with non-marring palms for better dry grip that won’t leave residue

    Our Superior Touch® S13BKPUQ are an economical choice for grip that won’t leave residue. Non-marring polyurethane palm coating provides a better dry grip and tactile feel, making them ideal for assembly and order picking / fulfillment tasks. Black knit hides dirt and stains to increase wear life.

  • TenActiv™ STAGHVPU

    Product ID: STAGHVPU

    Hi-viz cut resistance for worker visibility with non-marring palms for sense of touch and dry grip that won't leave residue

    Our TenActiv™ STAGHVPU gloves offer cut resistance in a green hi-viz color for worker visibility, plus their polyurethane palm coating for steady dry grip and tactility. Low-linting to avoid shedding material and prevent contamination, their TenActiv™ engineered yarn liner provides 360° cut protection with high ANSI A5 cut resistance. Non-marring palms are ideal for assembly, glass, and material handling.

  • Superior Touch® S13SXGPU

    Product ID: S13SXGPU

    Touch-sensitive low-linting gloves with incidental cut protection and non-marring palms for contamination-free small parts handling

    Our cut-resistant Superior Touch® S13SXGPU low-linting gloves feature non-marring palms that won’t contaminate material and are ultra-thin for better sense of feel. TenActiv™ engineered yarn provides 360° cut protection with ANSI A2 cut resistance, plus a polyurethane palm coating for steady dry grip and tactile feel. These gloves are CFIA-compliant for safe food handling and are ideal for assembly and manufacturing.