By hqt
China is a major sourcing base for polyurethane-coated work gloves. Its supply chain covers seamless knitting, yarn blending, PU dipping, cut-resistant liner development, testing, packaging, and export logistics.
For buyers searching for the best PU-coated glove manufacturers in China, supplier selection should go beyond unit price.
| Sourcing Advantage | Buyer Value | Point to Verify |
| Broad product coverage | Consolidate several glove categories | Confirm in-house production |
| OEM support | Customize logos, colors and packaging | Check MOQ and development costs |
| Scalable production | Support recurring bulk orders | Audit effective capacity |
| Mature material supply | Access nylon, polyester and HPPE yarns | Control batch variation |
This guide compares leading Chinese PU-coated glove suppliers by manufacturing scope, product range, and order suitability. The order is not an absolute ranking. Buyers should verify each factory, product code, and test report before approval.
Founded in 1998, NMSafety is headquartered in Shanghai and operates production facilities in Jiangxi, Jiangsu, and Shandong. The company has 15 production lines, approximately 1,500 knitting machines, around 600 employees, and a monthly production capacity of more than 600,000 dozen gloves.
Main Capabilities:
• Polyester and nylon PU palm-coated gloves
• High-gauge precision-handling gloves
• HPPE and composite cut-resistant liners
• Touchscreen and carbon-fibre antistatic constructions
• Reinforced thumb-crotch designs
• OEM logos, colors and packaging
Shandong Deely Gloves supplies PU-, nitrile-, and latex-coated gloves, together with cut-resistant and ESD products.
• Strength: Broad coated-glove portfolio
• Order fit: Mixed PU, cut-resistant, and antistatic programs
Qingdao Uneed Safety supplies PU-coated, cut-resistant mechanic and other industrial gloves.
• Strength: Multi-category glove sourcing
• Order fit: Importers building a broad PPE catalog
Nantong Mega Safety presents an integrated chain covering yarn processing, knitting, dipping, and packaging.
• Strength: Process integration and technical glove production
• Order fit: Industrial programs requiring material control
Aibon Safety provides safety work gloves with options for custom polyurethane coating.
• Strength: Flexible coordination with its Original Equipment Manufacturer (OEM) for a variety of gloves.
• Order fit: Aggregation of private label offerings.
Anbu Safety offers a broad PPE catalog that includes standard customized PU coated gloves.
• Strength: Multi-product PPE sourcing
• Order fit: Buyers purchasing gloves with other safety products
The best PU-coated glove manufacturers in China should be compared by technical range, production model, and order fit—not price alone.
| Manufacturer | Main Focus | Functional Options | Typical Order Fit | Key Check |
| NMSafety | Standard and technical PU gloves | Cut, touchscreen, antistatic, reinforced | Medium-to-large repeat orders | Product-specific reports |
| Deely | Coated and cut-resistant gloves | ESD and cut-resistant | Mixed coated-glove orders | Coating consistency |
| Uneed | Broad industrial gloves | Selected technical styles | Multi-category importers | In-house production |
| Mega Safety | Integrated manufacturing | Higher-protection styles | Technical programs | Process control |
| Aibon | OEM glove sourcing | Customized PU styles | Private-label buyers | Factory responsibility |
| Anbu | Multi-category PPE | Standard customized PU gloves | PPE package purchasing | Production-site verification |
Selecting among the Best PU Coated Gloves Manufacturers In China also requires understanding product structure. Two PU-coated gloves can differ significantly in dexterity, abrasion life and protection level.
| Gauge | Hand Feel | Dexterity | Typical Use |
| 13 gauge | Thicker | Moderate | Warehousing and general handling |
| 15 gauge | Balanced | High | Assembly, inspection and packaging |
| 18 gauge | Very thin | Very high | Electronics and precision work |
A higher gauge means a finer knitted structure, not automatically higher protection.
| Liner | Main Advantage | Limitation | Typical Use |
| Polyester | Economical and durable | Less soft than nylon | General work |
| Nylon | Flexible and close-fitting | Usually higher cost | Precision assembly |
| HPPE composite | Supports tested cut resistance | More complex construction | Metal and automotive |
| Carbon-fibre blend | May support antistatic performance | Resistance data must be verified | Electronics |
• PU Palm Coating: Coverage over the palm provides better resistance against palm abrasion.
• PU Fingertip Coating: Better breathability designed for handling light components.
• Fully Coated PU: Generally less breathable and flexible, but more coverage.
• Cut Resistant PU: Protection is primarily from the liner, not from the PU coating.
• Reinforced Gloves: Added thumb-crotch reinforcements improve wear life at the expense of added cost and stiffness.
| Application | Optimal Liner | Gauge | Primary Consideration | Primary Concern |
| Electronics | Nylon or Antistatic Blend | 15-18 | Dexterity and low lint | Unverified antistatic protection |
| Automotive Assembly | HPPE Composite | 15-18 | Cut rating and reinforcement | Over emphasis on thinness |
| Warehousing | Polyester or Nylon | 13-15 | Balancing cost and wear | Thin coating |
| Sheet Metal Handling | Cut Resistant Composite | 13-18 | Specific model of EN or ANSI | Generic level reports |
Fine gauge and low lint with verified antistatic protection, along with a fingertip interface designed for compatibility with touchscreens.
Focus on cut classification, thumb-crotch wear, coating abrasion, small-component grip and size consistency.
The main considerations are wear life, stable pricing, packaging efficiency and repeat-order consistency.
PU-coated cut-resistant gloves can suit dry handling. Heavy oil exposure may require a nitrile-coated alternative.
When choosing from the best PU-coated glove manufacturers in China, make sure you do all four of the following checks:
• Approve production-equivalent samples: These samples must be made with the same yarn, gauge, and coating and be packaged in the same way as planned for bulk production.
• Verify model-specific reports: Identify the product code, liner, and coating as well as the version of the test standard.
• Definition of Inspection Criteria: Develop parameters for Acceptable Quality Limit (AQL) for gloves’ dimensions and weight and degrees of defects in coating and packaging.
• Evaluating Operational Aspects: The order quantity and size and the order fulfillment period and the limits of the order in the peak season must comply with requirements.
Typical High Volume Orders: The manufacturer should have the ability to automate the coating process and have consistent and cost-effective coating.
• Functional or cut-resistant gloves: Manufacturers must have the ability to design and engineer specific yarn to your requirements and have the ability to provide supporting documentation and test results.
• Multi-category programs: Manufacturers must have a broad product line and be able to balance supply and demand.
• Small private-label launches: Manufacturers must be able to provide a small MOQ and a flexible and supportive packaging and sampling requirement.
• Among the best PU-coated glove manufacturers in China, NMSafety is particularly relevant to buyers needing multiple gauge options, functional liner combinations, and recurring medium-to-large orders.
The final decision should still be based on factory verification, approved production samples, product-specific reports, and measurable inspection standards. The best manufacturer is the one that can repeatedly reproduce the approved glove—not simply the supplier offering the lowest quotation.
Contact NMSafety to discuss your required glove construction, performance level, customization needs, sample approval process, and inspection standards for recurring medium-to-large orders.
Q1. Do Chinese manufacturers of PU coated gloves offer OEM services?
Most will provide services for custom logos as well as custom color choices for liners, coatings, labels, and packaging. Buyers should check the minimum order quantity, tooling charges, sampling charges, and lead time for production.
Q2. What do buyers need to check prior to selecting a manufacturer for PU coated gloves?
Buyers need to check factory capacity, equivalent production samples, liner composition, coating coverage, size tolerances, MOQ, lead time, inspection criteria, and test reports of the specific product code.
Q3. What is the difference between 13, 15, and 18 gauge PU coated gloves?
As the lower number, a 13 gauge glove has a thicker coating, while a 15 gauge glove offers a better balance between coating thickness and flexibility. An 18 gauge glove has an even thinner coating, allowing for better fingertip sensitivity for precise handling.
Q4. Do higher gauge PU coated gloves offer better performance?
No, a glove with a higher gauge will have a finer knitted liner, but this will not provide better performance for cut protection or durability. What also needs to be considered is the coating and liner material.
Q5. What are the most common liner materials for PU coated gloves?
The most common liner materials for PU coated gloves are HPPE, composites of fiberglass and glass, and a carbon and glass fiber composite. These materials differ in cost, cut resistance, and level of dexterity.
