High-quality touchscreen gloves manufacturer
M-Tide has been manufacturing touchscreen gloves for over 10 years. Featuring cut-resistant and thermal insulation properties. Touch sensitivity reaches 98%. Certified with CE and ISO9001, meeting international standards. OEM/ODM customization available. Enhance brand competitiveness. M-Tide is a reliable touchscreen glove manufacturer and supplier.
4 Complete Production Lines
Conductive fingertips, 98% sensitivity
Cut-resistant lining, protects against sharp hazards
Product Specifications
M-Tide touchscreen gloves come in a variety of styles. Designed to fulfill the concept of “using electronic devices without removing gloves.” The outer layer is made of nylon or polyester. Conductive materials (graphene, nanotubes) are added to the fingertips, coated with nitrile or PU. The inner lining is breathable and form-fitting. The design prioritizes comfort and safety.
Beyond these standard models, we offer extensive customization options. Please contact our glove specialists.
China's Professional Touchscreen OEM Manufacturer
We have specialized in touchscreen gloves for over a decade, backed by a dedicated R&D department. Our automated factory workshops achieve a maximum daily production capacity of 100,000 pairs. Utilizing high-performance conductive materials, we deliver consistently reliable quality. We support OEM/ODM production and offer a full range of touchscreen gloves to meet diverse needs, ensuring long-term supply. Contact us to request glove samples.
- Sustainable and stable supply
- Professional pre-sales and after-sales service
- Enhanced brand image
- Reliable product quality
Touchscreen Gloves with Conductive Coating
Touchscreen gloves enable operation of touchscreens primarily through conductive coatings applied to fingertips, mainly composed of graphene and conductive nanotubes. Suitable for industrial screens, smartphones, tablets, and other devices.
Graphene Conductive Coating Solution
This graphene conductive coating is specially developed for high-end touchscreen gloves, offering extremely high sensitivity for precise operation of various screens. The coating is ultra-thin and durable, suitable for complex environments, and significantly enhances the end-performance and market competitiveness of glove products.
Conductive Nanotube Coating Solution
This conductive nanotube coating is an industrial-grade option with stable and reliable conductivity. It features strong resistance to low temperatures and wear, designed specifically for harsh environments such as outdoor and industrial settings. It ensures long-term effectiveness of touchscreen gloves, meeting professional customers’ core demands for durability.
Customize Your Touchscreen Gloves
We offer customized solutions for cut-resistant gloves in terms of materials, coatings, dip-coating, and packaging.
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Material:
Nylon, acrylic, leather, polyester, spandex fiber, metal wire -
Conductive Materials:
Graphene, conductive nanotubes, silver fiber -
Coating:
PU coating, latex coating -
Dipping:
Half-dip, full-dip, three-quarter dip -
Printing:
Heat transfer printing, screen printing (supports logo and brand mark printing) -
Sizes:
6–12, XS–XXL
Uses of Touchscreen Gloves
Winter Daily Wear
Touchscreen gloves are ideal for winter commuting, outdoor sports, motorcycle riding, skiing, and similar activities. Operate smartphones and tablets with precision while keeping gloves on—no need to remove them frequently. Enhance efficiency with smart devices.
Outdoor Industrial Protection
Touchscreen gloves are suitable for logistics warehousing, machinery manufacturing, construction, landscaping, and similar scenarios. Featuring cut resistance, cold protection, and impact resistance, they facilitate operation while safeguarding hands. They serve as essential PPE equipment.
Frequently Asked Questions
How do touchscreen gloves enable touch control?
Touchscreen gloves use conductive materials like copper, silver, or carbon fiber in the fingertips. They mimic a human finger on the screen. This lets users tap and click to control electronic displays. Alternatively, conductive spray can be applied to regular gloves to achieve touch functionality.
Why do some touchscreen gloves lose sensitivity after prolonged use?
Typically, this occurs due to wear and tear on the conductive material over time, degrading its performance. Other possible causes include:
- Incorrect or frequent washing of the gloves.
- Accumulation of oil and grime on the glove surface.
- Poor quality of the gloves.
What types of screens can touchscreen gloves operate on?
They can work with:
- resistive touchscreens
- capacitive touchscreens
- surface acoustic wave touchscreens
- infrared grid touchscreens
Our M-Tide touchscreen gloves work with almost any touchscreen on the market. Whatever your needs, we can provide customized products and services.
Which conductive solution offers the highest sensitivity in touchscreen gloves?
The most sensitive solution uses conductive materials or fibers built into the glove fabric. These are usually made from copper, silver, or carbon fiber. These materials have great conductivity, which allows for quick screen interaction.
Do touchscreen gloves function reliably in cold, wet, or snowy conditions?
Touchscreen gloves can have touch errors or less sensitivity when it’s cold, wet, or snowy. This occurs when moisture freezes, forming ice on the glove surface and causing touch inaccuracies.
Can leather touchscreen gloves operate touchscreens? Where is the touch-sensitive area?
Leather touchscreen gloves are touch-enabled, though leather itself is non-conductive. Conductive material is applied to the fingertips to simulate touch functionality. The touch-sensitive area is typically located on the index finger and thumb, though some gloves extend this to all fingers.
Are touch points limited to the thumb/index finger, or are all fingers touch-enabled? How to choose the best fit?
Modern capacitive touchscreens support touch input from any part of the finger or palm. Different glove types cater to varying needs:
- Basic tasks like device handling or navigation require only index finger and thumb touch.
- Typing or more complex operations necessitate full-finger touch capability.
How should touchscreen gloves be cleaned without compromising touch functionality?
Avoid harsh cleaners or bleach. Use soap to lather areas prone to sweat or stains, then rinse with clean water or wipe with a dry cloth. Crucially, never wring gloves vigorously—allow them to air dry flat.
What are the advantages of touchscreen gloves?
Enhanced productivity: Operate screens without removing gloves
Warmth retention: Keep hands warm during cold outdoor work
Improved grip: Provide friction for better object handling
Physical protection: Offer basic cut resistance and abrasion protection
How to Select Touchscreen Gloves?
Consider the following factors when choosing suitable touchscreen gloves:
- Conductivity: Inquire with the manufacturer about the conductivity rating of the fingertips. Clarify compatibility with specific electronic screen types.
- Size Fit: Ensure the glove size matches your palm. Poor fit may compromise touchscreen responsiveness, impacting productivity and output.
- Surface Texture: For operating precision electronic devices, opt for touchscreen gloves with minimal surface texture. Smooth gloves generally provide superior performance and user experience compared to rough ones.
- Cost-Effectiveness: When selecting touchscreen gloves, the most expensive option isn’t necessarily the best. Verify that the gloves meet your functional requirements and deliver satisfactory touch responsiveness.
