aramid glove &categories

ARAMID GLOVES CATEGORIES

HEAT RESISTANCE GLOVES

Heat-resistant gloves are essential safety equipment designed to protect hands from high temperatures in various applications, from industrial settings like welding and foundries to household tasks like baking and grilling. They are typically made from specialized materials like leather, aramid fibers, and aluminized fabrics. Our heat-resistant gloves are made with specific, high-temperature materials for varying applications, ranging from kitchen use to heavy-duty welding and foundry work. We provide gloves that meet strict temperature tolerances to protect hands from thermal hazards.

Heat Resistance Gloves Specialized gloves for handling extremely hot materials and environments.

Key Features for Thermal Safety
*Temperature Rating:* Check the manufacturer's maximum temperature rating to ensure it matches your intended use (e.g., up to 500°C).
*Materials:* Available in Kevlar, Aramid fibers, and Silicone for varying levels of heat protection and flexibility.
*Grip:* Textured surfaces or non-slip coatings to improve handling of hot, slippery items.
*Cuff Length:* Options with longer cuffs to protect the wrists and forearms, suitable for welding and deep fryer handling.
Suitable Applications
Ensure a safe working environment by selecting the right thermal protection for the task.
*Industrial:* Welding, metal casting, furnace operation, and heavy machinery maintenance.
*Food Service:* Baking, cooking, and handling hot items from ovens or grills.

CUT RESISTANCE GLOVES

Our cut-resistant gloves are a vital form of Personal Protective Equipment (PPE), available in a variety of materials and coatings for specific tasks like food preparation, construction, and metal handling. We offer the *Highest Level of Cut Resistance (Level 5)* to ensure maximum safety. Cut-Resistance Gloves

Gloves designed for superior hand protection in high-hazard environments.

Essential Features & Protection Levels
*Highest Level of Cut Resistance (Level 5):* Provides superior protection against sharp blades and jagged edges.
*Reinforced Palm:* Enhanced grip for safer handling of tools and materials.
*High Temperature Rating (Optional):* Selected models offer protection up to 500°C for multi-hazard environments.
*Material Variety:* Available in HPPE and blends for optimal comfort and durability.
Suitable Applications
These gloves are essential for tasks involving sharp objects, ensuring worker safety and compliance.
*Kitchen/Food Service:* Slicing, chopping, and detailed knife work.
*Construction & Fabrication:* Handling sheet metal, glass, and sharp components.
*General-Purpose Work:* Around the house, garden, and warehouse operations.

CUT RESISTANCE SLEEVES

Cut-resistant sleeves are a critical form of PPE designed to protect the wearer's forearms and elbows from cuts, scrapes, abrasions, and minor burns. They are essential in industries where workers are exposed to sharp materials and jagged edges beyond the hand.Cut-Resistance Sleeves

High-performance arm sleeves for diverse industrial safety needs.

Advanced Material Construction
Our sleeves are made from high-performance materials to provide varying levels of protection, comfort, and flame resistance:
*HPPE & Dyneema:* Lightweight, breathable, cool to the touch, and offer excellent cut/abrasion resistance.
*Kevlar® (Aramid Fibers):* Known for its high strength and inherent *flame resistance*, ideal for dual-hazard applications.
*Blends:* Customized blends (HPPE, fiberglass, steel, nylon) for enhanced flexibility, durability, and higher cut scores.
Industry Applications
*Metal Fabrication & Glass Handling:* Protection from sharp edges and sheet metal.
*Automotive Manufacturing & Assembly:* General maintenance and component handling.
*Warehousing & Recycling:* Sorting materials and handling sharp hazards.
*Food Processing & Food Service:* Where arm protection is required near processing equipment.

HEAT RESISTANCE SLEEVES

Heat-resistant sleeves are specialized protective gear designed to shield arms, as well as industrial cables and hoses, from *high temperatures, direct flame, molten splash, and associated hazards like cuts or abrasions*. These are commonly used in high-heat industrial and manufacturing settings.

Heat Resistance Sleeves

Sleeves made from Aramid and fiberglass for extreme temperature tolerance.

Dual-Purpose Protection

Our range includes sleeves for both personal safety and industrial equipment protection:
*Personal Protection (Arm Sleeves):* Used by workers in welding, metal fabrication, glass handling, and foundry work to prevent burns, and often offering secondary protection from cuts/scrapes.
*Industrial Equipment Protection (Sleeving):* Used to wrap hydraulic hoses, cables, and wires in harsh environments to protect them from extreme heat, fire, and molten metal splash, extending the equipment's lifespan.
Key Features & Materials
*Material Variety:* Including Para-Aramid, Fiberglass, and Silicone-coated options, each with different temperature tolerances.
*High Temperature Tolerance:* Designed to withstand continuous high heat and provide short-term protection against severe thermal events.
*Abrasion Resistance:* Protects against wear and tear in rugged industrial settings.

ELECTRICAL RESISTANCE GLOVES

*Electrical Insulating Gloves*, this is the most critical piece of safety equipment for anyone working with or near energized electrical systems. They are classified by the level of voltage they can protect against, following international ASTM and IEC standards.

Electrical Resistance Gloves
Rubber insulating gloves providing a primary barrier against electrical shock.
Voltage Classes and Protection
*Voltage Protection:* Gloves are sorted into specific *Classes* (00, 0, 1, 2, 3, 4) based on the maximum voltage they can safely protect against.
*Material:* Made from high-grade natural or synthetic non-conductive rubber.
*Layering (Must-Have):* Insulating rubber gloves are *always* worn with leather protector gloves on top to shield the rubber from cuts, abrasions, and punctures, which could compromise the insulation.
Safety and Compliance (Testing)
To maintain effectiveness, these gloves must be handled with extreme care and undergo rigorous testing:
*Regular Testing:* Gloves must be regularly tested for electrical resistance (usually every 6 months) to ensure compliance.
*Visual Inspection:* Must be visually inspected and air-tested for holes or damage before *every* use.
*Applications:* Utility/Power Generation, Electricians, High-Voltage Maintenance, and Telecoms.

ANTIVIBRATION GLOVES

Our anti-vibration gloves contain specialized padding and materials (like gel or foam) to *absorb and dampen harmful vibrations* caused by power tools, reducing the risk of Hand-Arm Vibration Syndrome (HAVS) for workers in construction and heavy industry.

Anti-Vibration Gloves

Ergonomic gloves with gel padding to reduce vibration transfer.

How to Choose & Key Features
*Certification is Key:* Look for gloves certified with the *EN ISO 10819* standard, guaranteeing proven performance for vibration reduction.
*Padding:* Options include lighter foam padding for dexterity or thicker gel/polymer padding for superior dampening (e.g., jackhammers).
*Fit & Comfort:* An ergonomic fit is essential for safety, comfort, and reducing grip fatigue during long working hours.
*Durability:* Reinforced palms and materials like synthetic leather for excellent abrasion and tear resistance.
Suitable Applications
*Construction:* Jackhammers, concrete breakers, and heavy demolition tools.
*Manufacturing:* Operating impact wrenches, grinders, and sanders.
*Mining & Foundry:* Handling large, vibrating machinery and tools.

CHEMICAL RESISTANCE GLOVES

chemical-resistant gloves is critical for safety. Since *no single glove material provides universal protection*, our selection focuses on matching the glove's barrier properties to the specific chemicals and task at hand.

Chemical Resistance Gloves

Gloves made from specialized polymers for superior chemical barrier protection.

How to Choose the Right Protection
*Identify the Chemical(s):* Always consult the Safety Data Sheet (SDS) for the specific chemical to determine required PPE.
*Material Selection:* We offer various materials (Nitrile, Neoprene, Butyl, Viton) to ensure optimal *Breakthrough Time* against acids, solvents, and other hazardous liquids.
*Task Assessment:* Select thickness and cuff style based on task (e.g., disposable for incidental contact vs. thick gauntlets for prolonged submersion).
*Proper Fit:* Ensures maximum dexterity, comfort, and safety.
Key Features & Applications
*Materials:* Nitrile, Neoprene, PVC, Butyl Rubber, and blends.
*Industries:* Chemical Manufacturing, Laboratories, Automotive, Hazardous Waste Handling, and Petrochemical.
*Design:* Gauntlet cuffs for forearm protection, enhanced grip, and varying thickness options.

Aramid Gloves