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Innovative Technology

2RABOND Heat-Sealing Technology

The 2RABOND Heat-Sealing Technology is our exclusive international patented technology. The basic principle involves using a heat source to heat the glove core and coating until they reach a certain molten state. Under pressure, the materials interpenetrate, forming a strong bond between the Double-Layer Structure materials.

Technical Significance

Gloves bonded using 2RABOND Heat-Sealing Technology differ from traditional dipped gloves in the following ways:

Thickness is more uniform, providing more stable and controllable protective performance.

The bonding is tighter and thinner, offering greater flexibility and comfort during use.

No coagulants are required, making the process more environmentally friendly.
Applicable Glove Types

Applicable Gloves:
Gloves with a structure consisting of a yarn core + coating.

Applicable Coating Types:
Butyl, chloroprene rubber, etc.

Environmental Advantages

The innovative 2RABOND heat-sealing technology significantly reduces the use of coagulants in the production process. This effectively minimizes potential harm to humans (such as skin contact, respiratory inhalation, eye exposure, etc.) and environmental damage (such as wastewater discharge, solid waste emissions, and air pollution) caused by coagulants.
Performance Advantages

Enhanced Performance:
This unique process does not compromise or degrade the inherent properties of the glove core and coating. It is a technology that adds value without detracting from the original performance.

Uniform Thickness:
By directly heat-sealing the pre-formed glove coating to the glove core, this method effectively avoids the uneven thickness caused by the flow and dripping of liquid coating in traditional dipping processes. As a result, the protective performance and durability of the coating are consistent across all areas of the glove, offering more stable and controllable protection.

Flexibility:
Compared to traditional dipping processes, the 2RABOND heat-sealing technology creates a tighter bond. This allows for thinner gloves with the same material and protective performance, providing a better fit, greater flexibility, and lighter weight.

Isolation:
The heat-sealing process prevents coating from penetrating through, effectively isolating the coating from the skin and reducing the risk of allergic reactions. Combined with its lightweight feature, the gloves offer enhanced comfort for prolonged wear.

Innovative Technology

BreezPNitr Breathable Grip Coating

BreezPNitr is a revolutionary coating technology that creates protective gloves with exceptional durability, strong grip, high breathability, flexibility, and oil resistance. These gloves offer safety and softness akin to a mother's embrace. Utilizing more advanced technology, it reduces water usage by 30%, conserving water and minimizing water pollution.

Breathability Test
Abrasion Resistance Test
Flexibility Test

Breathable Coating

The BreezPNitr coating breathes like skin. With its millions of nano-bubbles, it provides 360° breathability, effectively dissipating sweat and heat from the skin to maintain optimal hand temperature and dryness. This allows you to work more efficiently with peace of mind.

PART NO.599 P.01

Nitrile Sanding Coated
Gloves Breathability Test

Nitrile Foam Coated
Gloves Breathability Test

BreezPNitr Breathable Grip
Coated Gloves Breathability Test
Exceptional Abrasion Resistance

The BreezPNitr coating has undergone European standard abrasion resistance testing, enduring 8,000 cycles (meeting Grade 4 standards). Compared to conventional nitrile sanding and nitrile foam coatings, it shows significantly less wear,minimal shedding, and no visible damage even after 15,000 cycles, demonstrating exceptional abrasion resistance.
Thanks to its unique material and manufacturing process, the BreezPNitr coating offers superior abrasion resistance compared to standard nitrile coatings and other synthetic rubber coatings. This provides more reliable protection for the hands and effectively extends the glove's service life.
The property of minimal shedding makes it suitable for various work environments that require high cleanliness standards (e.g., electronics manufacturing, precision instrument manufacturing, etc.), reducing the impact of glove wear on product quality.

PART NO.599 P.01

Nitrile Sanding Coated Gloves
After 15,000 Cycles

Nitrile Foam Coated Gloves
After 15,000 Cycles

BreezPNitr Breathable Grip Coated Gloves
After 15,000 Cycles
Outstanding Flexibility

The BreezPNitr coating offers superior tensile performance compared to conventional nitrile foam and other material coatings. It is a highly elastic and high quality coating, known for its relatively softer feel among rubber coating materials. Prolonged wear reduces hand fatigue and enhances work efficiency.

PART NO.599 P.01

Conventional Foam Coated
Gloves Tensile Elongation

BreezPNitr Breathable Grip
Coated Gloves Tensile Elongation

Innovative Technology

V-GRIPFRICON Oil-Resistant Grip Coating

The V-GRIPFRICON coating is a new high-performance composite coating. In oily environments, its unique inverted V-shaped microstructure effectively creates a micro-vacuum between the glove and the object's surface, ensuring tight touch,and generating strong adhesion. This provides the gloves with exceptional anti-slip performance and a powerful grip.

Precision Craftsmanship and Technology

In work environments where gloves need to come into contact with oily surfaces—such as placing palms on oily workbenches or pushing oily equipment—this technology provides the wearer with superior anti-slip performance. The gloves fit tightly to a force object, minimizing accidental slipping, saving time and effort, and effectively reducing safety incidents and injuries caused by such conditions.

Technical Features

This technology significantly improves the precision and efficiency of workers in oily environments, reducing safety risks caused by items slipping from hands or accidental hand movements.

Exceptional Anti-Slip Performance

In work environments where gloves need to come into contact with oily surfaces, such as placing palms on oily workbenches or pushing oily equipment, these gloves provide exceptional anti-slip performance. They tightly grip the object, minimizing accidental slips, saving time and effort, and effectively reducing safety accidents and injuries.
Strong Grip

In oily environments, these gloves enable wearers to efficiently handle large, medium, and small components with a secure grip, reducing the risk of items slipping. This enhances work precision and efficiency while minimizing safety hazards caused by dropped items.Note: Typically, there are 1–2 layers of nitrile smooth coating between the grip layer and the glove core to ensure better oil resistance and durability.

Innovative Technology

X-HYCORE yarn

X-HYCORE yarn is a new type of ultra-fine cut-resistant yarn, one of the world's highest-strength yarns, and offers cost-effective advantages. Gloves woven with this yarn do not require glass fiber or steel reinforcement but can still achieve cut resistance levels from B to F. They provide effective protection against sharp objects while offering excellent lightweight, low-allergenic, comfortable, flexible, durable, corrosion-resistant, and waterproof features.