By hqt
China is a major sourcing base for touchscreen-compatible gloves because its supply chain covers nylon, polyester and HPPE yarns, conductive fibres, automated knitting, PU and nitrile dipping, inspection, private labelling and export packaging.
Manufacturing and export activities are concentrated in Jiangsu, Shandong, Zhejiang, Jiangxi and Shanghai. Buyers comparing the Top Touch Screen Gloves Manufacturers In China should focus on product category, coating, certification evidence, order volume and target market rather than company size alone.
Ranking note: This is a procurement shortlist, not an absolute quality ranking. Buyers should verify the capabilities and certificates of the exact glove model ordered.
Chinese manufacturers cover both consumer and industrial applications.
| Product Category | Typical Use | Main Purchasing Focus |
| Consumer touchscreen gloves | Outdoor, cycling and winter retail | Comfort, insulation, appearance and packaging |
| Industrial touchscreen gloves | Assembly, logistics and electronics | Dexterity, grip, abrasion resistance and compliance |
| Cut-resistant touchscreen gloves | Metal, glass and automotive work | Cut level, coating and touchscreen consistency |
| Cold-weather work gloves | Cold storage and outdoor work | Insulation, low-temperature grip and flexibility |
The supplier must match the product category. A fashion-knit factory may not be suitable for certified industrial PPE, while a large dipping factory may not support small seasonal retail programmes.
Before requesting quotations from a Touch Screen Gloves Manufacturer China, specify:
• Application: Smartphone, barcode scanner, machine HMI or precision assembly
• Environment: Dry, wet, oily, cold, antistatic or cut-risk conditions
• Construction: Uncoated, palm-dipped, fully coated, cut-resistant or insulated
• Materials: Nylon, polyester, HPPE, conductive yarn, PU, nitrile or latex
• Compliance: EN 388, ANSI/ISEA 105, REACH, RoHS or market-specific requirements
• Commercial terms: MOQ, samples, lead time, logo, colour, packaging and inspection
Company-level certification should not replace a product-specific test report. Changes to yarn, coating, thickness or colour may affect the final glove's performance.
Nano-Metre Industrial Limited, known as NMSafety, was founded in 1998 and is headquartered in Shanghai. It reports factories in Jiangxi, Jiangsu and Shandong; 15 production lines; approximately 1,500 knitting machines; around 600 employees; and a monthly capacity above 600,000 dozen gloves.
Its range includes fine-gauge PU touchscreen gloves as well as nitrile-coated, cut-resistant and antistatic constructions.
�� Best suited for: PPE importers, industrial brands and recurring high-volume OEM programmes.
Founded in 2006, SQG Safety reports a 28,000-square-metre production base, robotic dipping equipment and annual output above 7.2 million pairs.
Its touchscreen range includes coated industrial gloves designed for digital-device operation, grip and liquid protection.
�� Best suited for: Technical coated-glove programmes in manufacturing, logistics and oil-handling environments.
Hanvo offers screen-touch, ESD-safe and precision gloves for electronics assembly, including nylon and spandex liners with microfoam nitrile palm coatings.
Its wider portfolio covers mechanical, cut-resistant, waterproof and thermal protection.
�� Best suited for: Production of electronics and precision assembly, as well as applications that require a high degree of tactile sensitivity.
M-Tide presents touchscreen gloves across PU-coated, cut-resistant, winter, cycling and ESD categories.
The company states that it has more than ten years of glove-industry experience and provides OEM/ODM customisation involving liner gauge, coating colour and branding.
�� Best suited for: Distributors building mixed industrial, outdoor and consumer glove ranges.
Amsafe focuses on coated work gloves, including HPPE and cut-resistant touchscreen constructions with PU or nitrile coatings.
Its products target applications such as automotive assembly, metal handling, warehousing and equipment maintenance.
�� Best suited for: Cut-protection projects and industrial OEM development.
Everpro began making coated work gloves in 2011 and has developed a full line to include screen-touch, nitrile, latex, PU, PVC and cut-resistant gloves, as well as offering OEM and ODM services.
�� Best suited for: Work-glove wholesalers with buyers looking for multiple protection categories.
Dursafety has been in Xi'an since 2011 and has an extensive offering of PPE with some touchscreen gloves included.
The touchscreen styles offered by Dursafety include winter and consumer styles, and they promote OEM and ODM services to importers.
�� Best suited for: Consolidation of PPE and private label.
Kimtex concentrates more on consumer accessories than industrial PPE. Its range includes acrylic winter gloves, cycling styles and fleece-lined designs with custom colours, logos and retail packaging.
�� Best suited for: Outdoor, promotional, fashion and e-commerce brands.
| Manufacturer | Main Focus | Best Purchasing Fit |
| NMSafety | Industrial safety gloves | Large OEM and PPE programs |
| SQG Safety | Technical coated gloves | Industrial brands |
| Hanvo | Electronics and precision handling | Assembly and ESD-related projects |
| M-Tide | Multi-category gloves | Mixed product portfolios |
| Amsafe | Cut-resistant work gloves | Automotive and metal work |
| Everpro | Coated work gloves | Wholesale programs |
| Dursafety | Gloves and broader PPE | PPE consolidation |
| Kimtex | Consumer winter gloves | Retail and outdoor brands |
Capacitive screens respond to electrical interaction from the user. Ordinary insulating yarn blocks this path, so touchscreen gloves use conductive fibres or conductive coatings in one finger, several fingers or a larger part of the liner.
Actual performance still depends on fit, wear, moisture, screen protectors and glove thickness.
| Conductive Structure | Advantage | Limitation |
| One conductive finger | Lower cost | Limited operating area |
| Multiple conductive fingers | Better for scanners and typing | More complex construction |
| Full-hand conductivity | Flexible contact position | Higher consistency requirements |
PU is commonly used for precision handling because it can be thin and flexible. Nitrile is often selected for oily environments, but coating thickness and formulation may reduce fingertip sensitivity.
The final construction should therefore be tested on the buyer's actual device.
NMSafety combines fine-gauge knitting, conductive carbon-fibre yarn and controlled PU palm coating to produce touchscreen gloves for precision industrial work. The construction balances touchscreen response, dexterity, breathability, antistatic performance and grip without excessive thickness.
The principal benefits are:
• 18 Gauge Liner – A close-fitting liner that is both lightweight and ideal for small-part handling and tool control.
• Multi-Finger Conductive – Allows for tapping and swipes without the need to remove the gloves.
• Anti-Static – The use of carbon fibre minimises the charges and/or static build-up around delicate electronic components.
• Flexible Thin PU Coating – Increases grip and tactile control while remaining flexible.
• OEM support: The logo, colour and packaging can be customised for private-label programmes.
• Broad sizing: XS–3XL supports different workforce requirements.
| Dimension | NMSafety Fine-Gauge PU | Nitrile-Coated | Cut-Resistant | Winter Gloves |
| Main Purpose | Precision handling | Oily handling | Cut protection | Cold protection |
| Dexterity | High | Medium–high | Medium | Low–medium |
| Touch Accuracy | High | Varies by coating | Reduced by thickness | Reduced by insulation |
| Breathability | High | Medium | Medium | Low |
| Protection Focus | Light abrasion and antistatic use | Oil and abrasion resistance | Cut and abrasion resistance | Thermal insulation |
| Best Applications | Electronics, aerospace, assembly and maintenance | Logistics and repair | Metal, glass and automotive work | Cold storage and outdoor work |
NMSafety's fine-gauge PU construction is most suitable where fingertip control, touchscreen access and extended-wear comfort are more important than heavy cut or thermal protection.
| Procurement Item | Details |
| Standards | EN ISO 21420; EN 388:2016 2110X |
| MOQ | 6,000 pairs |
| Lead Time | 60–120 days |
The right touchscreen glove should balance dexterity, grip, protection, device compatibility and production consistency. NMSafety provides a practical option for precision handling, electronics, automotive and general industrial work, while its OEM services allow buyers to customise logos, colours and packaging. Buyers can contact NMSafety with their application, target standards, order quantity and branding requirements to evaluate samples and confirm the most suitable construction.
Q1. What should buyers compare when selecting a touch screen glove manufacturer?
Buyers should compare glove construction, area of glove allocated for conductivity, coating type, level of protection, certifications, production capacity, MOQ, lead time, OEM ability, and sample efficacy on the selected device.
Q2. What is the principle of operation of touch screen gloves?
Touch screen gloves usually employ conductive fibers or coatings to reach the user's capacitive touch via the glove. Conductive coatings are applied to one finger, multiple fingers, or the entire glove.
Q3. Would a palm coating of gloves be suitable for precision tasks?
Yes. A thin coating of PU on the palm of the glove would give flexibility and tactile grip for assembling small electronic components, precision automotive tasks, and engagement with small components.
Q4. Would gloves coated with nitrile be superior to those coated with PU?
Nitrile coatings would be preferred for oily tasks due to their superior abrasion resistance. PU coatings typically would be preferred for enhanced fingertip sensitivity in precision tasks. The answer is application dependent.
Q5. Would gloves coated for touch screen use provide protection against cuts?
Yes. Gloves would retain cut protection for touch screen use if they employed conductive HPPE coated yarns. Buyers should check the cut protection rating per the EN388 specification or ANSI/ISEA 105 for the specific glove.
