Conductive Additives For Gloves | SIOResin®

2 "Low-Dosage, High-Compatibility" Conductive Liquids for Conductive Gloves Manufacturing

If you are a gloves manufacturer or sourcing professional looking for conductive additives for gloves that offer stable performance, controlled costs, and broad application compatibility, SIOResin’s conductive liquid agents are designed precisely for this purpose. Built around three core advantages — low addition levels for cost reduction, high-performance antistatic protection, and reliable touchscreen responsiveness. These two solutions provide targeted answers for the production of black industrial safety gloves as well as premium colored gloves.

Unresolved Challenges in Conductive Glove Manufacturing

In SMT electronics workshops, chemical plants with explosion-proof requirements, and logistics sorting centers, static electricity remains a hidden but persistent threat. At best, it can damage sensitive electronic components; at worst, it may trigger fire or explosion risks and undermine product quality consistency. As a result, conductive gloves have become a non-negotiable requirement in industrial environments. At the same time, the growing segmentation of the glove market—from standard labor protection gloves to high-end specialty gloves—has introduced new layers of complexity into conductive glove production.

Meanwhile, touchscreen devices are now deeply embedded in both industrial operations and daily life: touch-based inspection instruments on factory floors, intelligent medical terminals in hospitals, and smartphones or in-vehicle displays used every day. "Smooth touchscreen operation while wearing gloves" has evolved into a new core expectation. Traditional conductive glove solutions, however, often fall short. High additive levels drive up raw material costs; uneven conductivity creates electrostatic “hot spots” and causes lagging or mis-triggered touchscreen responses; colored gloves suffer from dull or uneven appearance; and complicated processing requirements force manufacturers to modify existing production lines, extending debugging cycles and increasing costs.

At SIOResin, we focus specifically on conductive liquids for gloves. By accurately identifying these industry pain points, we have developed two flagship products H-4417 carbon nanotube conductive (CNT) paste and H-3726 single-walled carbon nanotube (SWCNT) dispersion, to deliver a one-stop solution built on low dosage, high antistatic performance, and strong touchscreen compatibility.

High-Quality Conductive Additives Are the "Performance Soul" of Conductive Gloves

The true value of conductive gloves begins with their fundamental function and is validated through extended user experience. Several essential requirements must be met without compromise. First, conductivity must be uniform and permanent, with no localized charge accumulation, fully compliant with industrial antistatic standards—this is the foundation of operational safety and product reliability. Second, the intrinsic properties of the substrate must remain intact: the softness, tensile strength, and durability of latex or nitrile gloves should be preserved to ensure comfortable wear. Third, the formulation must be versatile enough to support both large-scale production of black industrial gloves and the refined appearance demands of premium colored gloves. Finally, costs must remain controllable so manufacturers can stay competitive.

With the widespread adoption of touchscreens, antistatic protection combined with smooth touchscreen operation has become a key value differentiator. As the decisive factor behind conductive performance, glove-specific conductive liquids must strike a careful balance between conductivity efficiency and substrate compatibility. More importantly, they must enable stable signal transmission through uniform conductive distribution. A well-engineered conductive paste or dispersion allows conductive gloves to move beyond basic protection and evolve into multifunctional products that deliver both safety and convenience.

Addressing Five Key Industry Pain Points — SIOResin’s Targeted Breakthrough

The shortcomings of conventional conductive solutions have long restricted the upgrading of the conductive glove industry. Our two conductive additives are designed specifically to overcome these barriers:

1. High dosage → soaring costs and compromised substrate properties

Many conductive liquids on the market require addition levels of 15–30%, significantly increasing material costs and interfering with the rheology of latex or nitrile systems, leading to stiffness and cracking. H-3726 requires only 2–12%, while H-4417 typically needs 5–25%, far below industry averages. This minimizes impact on substrate performance and preserves the original feel and durability of the gloves.

2. Uneven conductivity → safety risks and touchscreen failure

Poor dispersion in traditional systems causes large variations in local conductivity, creating electrostatic hot spots and unstable touchscreen responses. Through optimized dispersion technology, both H-4417 and H-3726 ensure uniform conductive distribution, achieving a stable surface resistivity of 200 ± 50 Ω/sq. This eliminates static concentration risks while enabling reliable touchscreen signal transmission. Great for ESD gloves.

3. Color interference → difficulties in colored glove production

High-load black conductive additives often cause grayish tones or discoloration in colored gloves. With an ultra-low concentration of 0.4% and low addition levels, H-3726 avoids interference with color formulations, allowing light and vivid glove colors to remain clean and consistent.

4. Complex processing → high adjustment costs

Some conductive systems require special mixing equipment or major formulation changes, resulting in long commissioning times and additional investment. Both SIOResin conductive agent products integrate seamlessly into standard production processes and can be uniformly mixed using conventional top-mounted agitators, with no need for line modification—greatly reducing time to market.

Shared Core Strengths: The "Non-Negotiables" of Both Products

Developed specifically for glove applications, H-4417 and H-3726 share several robust advantages that support industrial-scale production and diverse market demands:

• Broad substrate compatibility: Fully compatible with latex and nitrile systems, covering industrial safety gloves, labor protection gloves, medical gloves, and premium consumer gloves without the need for separate formulations.
• Stable, long-lasting conductivity: Proven through extensive industrial testing, meeting international antistatic standards with no performance decay over time.
• Significant cost reduction through low dosage:: Additive usage reduced by 30–50% compared with conventional products, lowering raw material consumption and minimizing secondary costs caused by glove defects.
• Environmentally responsible and safe: Water-based formulations with no irritating odors, free of heavy metals and hazardous substances, aligned with modern green manufacturing and medical-grade safety requirements.
• Excellent touchscreen performance: Uniform conductivity across the entire glove surface, with response times ≤0.3 seconds, 1,000 consecutive touches without mis-triggering, and smooth, uninterrupted sliding operations.

Tailored Glove Conductive Solutions for Specific Production Needs

H-3726 Single-Walled Carbon Nanotube Dispersion

The benchmark solution for premium colored gloves

H-3726 is designed for high-end glove applications where appearance and performance are equally critical. Leveraging the superior conductivity of single-walled carbon nanotubes, it achieves excellent antistatic and touchscreen performance at an ultra-low concentration of 0.4 ± 0.05%. With a typical addition level of just 2–12%, it delivers reliable conductivity without diluting or contaminating color formulations.

When producing red, blue, white, or other light-colored gloves, H-3726 avoids graying, discoloration, and loss of color fastness, preserving the original visual quality without the need to adjust pigment ratios. Its low viscosity (1,000 ± 600 cps) ensures excellent flowability and rapid, uniform dispersion using standard mixers, preventing localized aggregation and color defects.

This makes H-3726 particularly suitable for thin, high-end gloves: antistatic gloves for electronics, sterile conductive gloves for medical use, and light-colored consumer touchscreen gloves. Medical staff can operate monitors and infusion pumps without direct contact, reducing cross-contamination risks, while consumers can comfortably use smartphones or in-car displays in winter without removing their gloves.

Price: USD $24.00/KG        Download TDS

H-4417 Carbon Nanotube Conductive Liquid

The cost-efficient, integrated choice for black gloves

H-4417 is engineered specifically for black glove formulations and offers a compelling "conductivity + coloration in one" advantage. With high-concentration carbon nanotubes (10 ± 0.5% after drying at 120 °C), it delivers strong conductive performance while imparting a deep black color. In black glove production, it can replace up to 50% of conventional black pigment paste, enabling manufacturers to achieve dual functionality with a single addition—reducing pigment costs and simplifying processing steps. With a viscosity of 9,000 ± 1,000 cps, H-4417 is well suited for high–solid-content systems and maintains excellent dispersion stability, ensuring consistent conductivity and color uniformity even in large-scale production. Its broad addition range of 5–25% allows flexible adjustment according to glove thickness and conductivity requirements, making it ideal for a wide range of black industrial gloves.

Price: USD $4.00/KG        Download TDS

Selection Guide: Match Your Production Needs

Simply refer to the following application scenario guide

Production need	Recommended product	Typical application	Key reason
Black industrial gloves, high volume, strict cost control	H-4417	Electronics, chemical, logistics gloves	Pigment reduction, flexible dosage, robust industrial touchscreen use
Premium colored/light gloves	H-3726	Medical, consumer, high-end electronics gloves	Low dosage, no color impact, soft hand feel
High-viscosity systems, thick gloves	H-4417	Heavy-duty safety gloves	Stable dispersion in high-solid systems
Low-viscosity systems, thin gloves	H-3726	Thin latex or consumer gloves	Excellent flow, fast dispersion
Frequent industrial touchscreen operation	H-4417	Production line, PDA gloves	Durable, uniform conductivity
Medical or consumer precision touchscreen use	H-3726	Medical and winter touchscreen gloves	Fast response, clean appearance
Flexible dosage for multiple specifications	Both	Multi-category glove manufacturers	Wide adjustable addition range

We Are Your Dedicated Partner in Conductive Additives

As a company committed to advanced materials R&D and application, SIOResin adheres to the values of integrity, collaboration, innovation, and sustainable growth. We specialize in conductive liquids for gloves and fully understand manufacturers’ core priorities: reliable performance, cost control, and adaptability to diverse markets. Every product we offer is the result of in-depth market research and extensive industrial validation—designed to solve real problems, not to serve as a generic solution.

Beyond products, we provide comprehensive support: free sample testing before bulk purchasing; customized technical solutions tailored to your resin system, process conditions, and target applications; guidance on storage and logistics to maintain consistent performance; and responsive technical support throughout production to help you achieve rapid and stable commercialization.

SIOResin is not just a supplier—we aim to be your long-term partner in building the next generation of conductive gloves.

About SIOResin

SIOResin(Guangzhou SIO New Material) is a leading manufacture specializing in developping sustainable products and technologies in new material field. We provide professional solutions regarding water-based polyurethane, water-based acrylic resin, water-based UV-curing resin, silicone resin, additives and curing Agents etc., which have been widely applied in various industries, such as coatings, cosmetics, textiles, biology, automotive and other high-tech industries.

Please feel free to contact us via Email sales@sioresin.com if you would like to learn more about our products or request samples!