Pu Work Gloves
Product Introduction
don't feature a heavy, multi-layered construction; instead, they seamlessly combine a finely calibrated polyurethane palm with a seamless knitted outer shell. The specially formulated polyurethane layer provides predictable friction, offering a firm grip on small parts and tools while remaining lightweight enough to retain tactile feedback to the fingertips. The breathable, sweat-wicking knitted lining keeps hands comfortable even during extended wear.
These gloves offer significant benefits, reducing part drop, shortening repetitive manual work time, and lowering scrap rates due to contamination or fingerprints. They are available in various knit densities and coating patterns: fingertip versions offer maximum sensitivity, full-palm versions are suitable for heavy-duty operations, and textured PU versions are suitable for oily environments. Therefore, you can choose the appropriate model for each workstation's needs without altering worker operating habits. Ease of use, adaptability, and tailored to the operator's needs-that's the promise of our PU work gloves.
Key Features & Practical Advantages
High-fidelity touch: Thin, uniform PU work gloves preserve tactile feedback for precision tasks.
Stable grip across surfaces: Controlled friction profile reduces slippage on plastics, metals, and coated parts.
Low-lint, low-particle: Knit and coating processes minimize contamination for electronics and optics assembly.
Hygiene-first: Removable liners and antimicrobial yarn options extend wearability and reduce wash downtime.
Process-tunable zones: Apply reinforced PU only where needed (thumb, palm, fingertips) to cut cost while extending life.
Inventory simplicity: Color-coded cuffs and QR-coded cartons speed picking and batch traceability.
ESD-ready: Conductive liner option makes gloves usable on static-sensitive lines without sacrificing feel.
How to Use - Practical Notes
Select the coating style: fingertip-dip for ultimate dexterity; full-palm for heavier abrasion.
Fit: choose snug sizing to maximize tactility - avoid overstretching the liner, which weakens the PU.
Maintenance: wipe-coated surfaces with a damp cloth; machine-wash removable liners per care label.
Replacement: Retire gloves when coating shows persistent thinning, or yarn breaks become evident.
ESD lines: pair with proper grounding straps and ESD-safe footwear for complete control.
Product Parameters
| Parameter | Typical Values / Options |
|---|---|
| Liner material | Nylon, polyester, or blended yarn; anti-microbial option |
| Gauge | 13G / 15G / 18G (higher gauge = finer feel) |
| Coating material | Polyurethane (water-based or solvent-based options) |
| Coating style | Fingertip-dip, palm-dip, full-dip, or patterned microdots |
| Coating thickness | 5–40 µm (tuned per application) |
| ESD option | Conductive yarn integrated in liner (ohm target per spec) |
| Sizes | XS–XXL; mixed-size cartons available |
| Cuff style | Elastic wrist / extended cuff / color-coded cuff |
| Packaging | Sample pouches, a pair of polybags, a retail box, a bulk carton |
| Typical MOQ | 1,000 pairs (stock); 2,000–3,000 pairs for custom variants |
| Lead time | 20–35 days after sample approval |
Production Process
Primary Applications & Use Cases
Electronics assembly (connector insertion, PCB inspection)
Medical device inspection and lab handling (non-sterile processes)
Optical and lens handling where dust control is critical
Automotive trim, interior fittings, and wiring harness assembly
Small-parts assembly in consumer electronics and appliances
Warehouse picking for small, fragile items
Environmental & Sustainability Considerations
Water-based PU options are available to lower VOC emissions.
Recycled yarn liners reduce virgin material usage.
Repair-first approach: replace fingertip sections instead of whole pairs to reduce waste.
Return & upcycle program: worn gloves can be collected and repurposed as industrial wiping cloths.
Eco packaging: kraft boxes, reduced plastic, and consolidated pallets to lower transport footprint.
OEM / ODM & Customization Modules
Material choice
Select liner yarn, gauge, and PU formula to match the tradeoff between tactility and abrasion life.
Coating patterning
Dotted micro-patterns for enhanced micro-friction; foam-PU option for wet-grip tasks.
Branding
Back-of-handinting, woven labels, hang-tags, and UPC ribbons for retail-ready SKUs.
Process packs
Design your own boxes, hang tags, or polybags to match your branding.
Certification support
Assist with EN388 or other lab tests and compile dossiers for procurement.
MOQ, Sampling Time & Fees - Expanded
Standard MOQs
Stock models (existing specs): 1,000 pairs per SKU.
Custom models (special PU, ESD yarn, custom printing): typically 2,000–3,000 pairs per SKU.
Mixed-SKU pallet consolidation possible - combine multiple stock SKUs to meet MOQ thresholds.
Sampling Options & Timing
Stock Sample: 2–4 business days. Good for quick tactile assessment.
Custom Prototype Sample: 7–14 business days. Includes selected liner gauge, PU formula, and printed branding.
Pilot Run (small production): 10–25 business days, depending on complexity. Useful for live-line trials and process validation.
Sample Fees & Refund Policy
Stock samples: often free (buyer pays shipping).
Custom prototypes: typical range US$30–US$120 per sample, depending on complexity.
Pilot runs: priced per actual cost; tooling/setup included in quotation.
Refund/Credit: Custom sample fees credited against confirmed orders above MOQ if placed within 90 days.
Testing & Third-Party Lab Costs
EN/ANSI performance testing (abrasion, grip, ESD) is quoted separately; typical lab fees US$150–$700 per test panel. These are pass-through charges with vendor selection based on buyer preference.
Revision Rounds & Timelines
Two complimentary revision cycles for prototypes (material or thickness tweaks). Additional revisions add 3–7 days and a nominal fee.
Payment & Logistics for Sampling
Payment terms: sample fee + courier upon sample order; bulk terms normally 30% deposit, 70% balance pre-shipment. Alternative terms negotiable for recurring partners.
Sample shipping: express courier (DHL/UPS) recommended for speed; sea freight is not used for single samples.
Confidentiality & IP
NDAs available for bespoke formulations or proprietary branding before prototyping. IP and tooling ownership negotiated in the FQ stage.
Packaging, Logistics & Delivery
01
Standard lead time
20–35 days after sample approval.
02
Packing
pair polybags, 12-pair bundles, 120–240 pair cartons; custom retail boxes available.
03
Shipping terms
FOB / CIF / DDP offered; consolidated pallets for multi-SKU shipments.
Quality Assurance & Certifications
ISO 9001–managed factory processes.
In-line adhesion & thickness gauges ensure consistent PU coverage.
AQL sampling and photographic QC before shipment.
EN388 and ANSI testing supported on request.
Traceability: batch QR codes link to material certificates and QC images.
Operational gain: shorter cycle times in pick-and-place tasks due to better dexterity.
Inventory simplicity: one shell with multiple coating options reduces SKU count.
Lifecycle value: longer usable life with repair options lowers cost-per-wear.
User acceptance: faster adoption because gloves preserve natural hand movement.
"Switching to these gloves reduced rework in our connector station - operators kept the gloves on and accuracy improved."
"The color-coded cuffs helped our line leads quickly allocate sizes without stopping the line."
"Pilot kit with three coating options made specification selection painless."
Company Snapshot & Capabilities
Decades of R&D into coated glove tech, with production facilities employing automated knitting and precision coating lines.
Capacity to scale from pilot runs (50–200 pairs) to monthly production in the hundreds of thousands.
Dedicated technical support for buyers: wear-trial analysis, pilot reports, and certification coordination.
FAQ
Q: What's the best coating style for fine electronics assembly?
A: Fingertip-dip or palm-dip with 10–15 µm PU thickness; ESD liner recommended for PCBs.
Q: Can I mix different coating patterns in one carton?
A: Yes - mixed-SKU cartons are supported for MOQ consolidation.
Q: How do I measure fit correctly?
A: Measure palm circumference at the knuckle (exclude thumb) and compare to the size chart; choose a size fit for maximum tactility.
Q: Are these gloves oil-resistant?
A: PU gives reasonable resistance to light oil; for heavy oil tasks, consider nitrile or foam nitrile coatings.
Q: Can the coating be textured for wet-grip?
A: Yes - microdots or foam PU patterns increase wet or oily grip performance.
Q: Do you provide wear-trial reports with pilot kits?
A: Yes - we include a simple wear-report template and can compile trial feedback into an improvement plan.
Q: What environmental options are available?
A: Water-based PU, recycled liners, repair kits, and recyclable packaging.
Q: How often should liners be laundered?
A: For heavy daily use, weekly; for normal use, biweekly - follow the washable liner care guide.
Q: Is bulk pricing available for long-term contracts?
A: Yes - volume discounts and vendor-managed inventory options are available for partners.
Q: What after-sales support do you offer?
A: QC photos for shipments, replacement parts for the repair program, and rapid re-order scheduling for urgent needs.
Our Certificate
Labor protection gloves appear patent
A kind of fishing protective gloves- utility model patent certificate
A motorcycle glove with increased adhesion, Utility Model Patent Certificate
A high-speed and stable special glove machine-utility model patent certificate
Contact Us
If you want to test performance on your line, request a pilot kit of PU work gloves (stock model + two custom coating options). We'll include sampling timelines, a cost brebreakdownnd a wear-report template so your team can validate fit, grip, and lifecycle before scaling up.
📧 Email Us: [anson.lee@luqi.biz]
📞 Call Us: [+8613502228011]
🌐 Visit Our Website: [www.luqigloves.com/]
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