9-Inch XXL Industrial Fingertip-Textured Nitrile Gloves: Reliable Protection, Grip, and Manufacturing Quality

Industrial workplaces require hand protection that combines dependable barrier performance, comfortable wear, secure handling, and consistent quality. The 9-Inch XXL Industrial Fingertip-Textured Nitrile Gloves are designed for demanding applications where workers need reliable disposable protection without sacrificing dexterity or grip. Made from powder-free nitrile, these gloves provide a latex-free solution for industrial, medical, food-related, laboratory, biosafety, and general handling environments.

The gloves feature a fingertip-textured surface that improves contact with tools, components, packaging, instruments, and other objects. This design is particularly valuable in situations where smooth gloves may become difficult to control because of moisture, oil, dust, or frequent movement. The 9-inch length offers practical wrist coverage for routine tasks, while the available 12-inch option extends coverage for applications that require additional protection along the lower forearm.

Available in XXL sizing, the gloves are suitable for users who need a larger hand fit and greater freedom of movement. Blue and black are standard color options, while customized colors can be discussed for private-label programs, workplace identification systems, or brand-specific product lines. Product weights can also be customized from 3 to 6.8 grams, allowing buyers to select an appropriate balance between flexibility, material use, tactile sensitivity, and durability.

Behind the product is a large-scale manufacturing operation with advanced production lines, controlled production conditions, comprehensive quality supervision, and significant output capacity. Jiangsu Complete Sincerity Medical New Materials Co., Ltd. specializes in medical examination gloves and non-woven products, serving customers in medical, industrial, food, and biosafety sectors. Its manufacturing capabilities support stable supply, product customization, and quality consistency for both regular procurement and long-term OEM or ODM cooperation.

Product Overview

The 9-Inch XXL Industrial Fingertip-Textured Nitrile Gloves are single-use protective gloves manufactured from synthetic nitrile rubber. Nitrile is widely selected as an alternative to natural rubber latex because it provides latex-free protection and can offer a practical combination of elasticity, puncture resistance, chemical resistance, and comfort.

The product is especially suitable for users who require dependable fingertip control. Instead of applying texture across the entire glove, the fingertip-textured design places enhanced grip where workers most frequently contact tools and objects. This supports precision handling while retaining a relatively smooth palm and wrist area that can be comfortable during extended use.

Product Feature	Specification
Material	Nitrile
Product Type	Industrial fingertip-textured disposable glove
Size	XXL
Standard Length	9 inches
Optional Length	12 inches
Color	Blue, black, or customized color
Powder Content	Powder-free
Weight Customization	Approximately 3 to 6.8 grams, subject to product confirmation
Packaging	100 pieces per box, 10 boxes per carton
Hand Design	Ambidextrous design for convenient use

The combination of nitrile material, fingertip texturing, powder-free construction, and large sizing makes this product a practical option for high-frequency glove consumption. Buyers can use the standard configuration for general requirements or work with the manufacturer to adjust colors, weights, packaging, and other commercial specifications.

Why Nitrile Is Suitable for Industrial Hand Protection

Nitrile has become one of the most widely used materials for disposable protective gloves. Compared with natural rubber latex, nitrile is a synthetic material that avoids the use of natural latex proteins. This makes it a preferred option for organizations seeking to reduce concerns associated with latex sensitivity in workers, customers, patients, or visitors.

Nitrile gloves also provide a balanced combination of flexibility and resistance. A properly manufactured glove can stretch around the hand while maintaining its shape during normal handling activities. This is important for work involving repeated gripping, sorting, inspection, cleaning, assembly, packaging, and product handling.

Another advantage is the material’s suitability for applications where puncture and tear resistance are important. No disposable glove should be treated as indestructible, and actual performance depends on thickness, formulation, task conditions, and exposure. However, nitrile is commonly chosen for environments where workers need more robust protection than a very thin polyethylene or vinyl glove may provide.

For industrial buyers, nitrile also supports standardized procurement. A single material family can be used across multiple departments, including maintenance, quality control, production, warehouse operations, laboratory work, and sanitation. This may simplify inventory management and make it easier to establish consistent training and replacement procedures.

Fingertip Texturing for Better Control

Grip is a critical factor in workplace safety and productivity. Workers who cannot securely hold an item may need to apply excessive force, change hand positions repeatedly, or slow down their movements. In some cases, poor grip can increase the chance of dropping a component, contaminating a product, damaging delicate materials, or experiencing hand fatigue.

The fingertip-textured design of these gloves addresses the point of contact most relevant to precision handling. The raised texture helps create additional friction between the glove surface and the object being held. This can be beneficial when manipulating small components, tools, containers, instruments, packaging materials, or parts with smooth surfaces.

Fingertip texturing can also support work in environments where moisture or light surface contamination may reduce the effectiveness of a smooth glove. The texture does not eliminate all slipping risks, and users must select gloves according to the specific hazards present. Nevertheless, it offers a practical improvement in handling control without requiring a heavily textured surface throughout the entire glove.

Compared with ordinary smooth disposable gloves, fingertip-textured nitrile gloves can provide a more confident feel during tasks that depend on fingertip precision. Compared with heavily textured full-surface gloves, the fingertip-focused design may offer a useful balance between grip and tactile comfort. This balance is valuable for workers who alternate between precision tasks and general handling throughout a shift.

9 inch XXL Industrial Fingertip-Textured Nitrile Gloves

XXL Sizing and Ergonomic Considerations

Correct sizing is essential for protective glove performance. A glove that is too small can restrict movement, create excessive tension at the fingertips, and increase discomfort during repeated use. A glove that is too large may wrinkle, reduce tactile feedback, and interfere with secure handling. The XXL configuration is intended for users who require more room across the palm and fingers.

A suitable large-size glove should allow the wearer to fully extend the fingers without excessive stretching. The fingertips should reach the ends of the glove without being compressed, and the material should not pull uncomfortably across the back of the hand. The wrist opening should remain secure while still allowing the glove to be put on and removed efficiently.

The ambidextrous design makes the gloves convenient for high-volume operations. Either glove can be worn on either hand, reducing the time required to identify left- and right-hand pieces. This is especially useful when gloves are dispensed from open boxes or when workers must replace gloves frequently during a production shift.

For large organizations, the availability of an XXL option can improve employee acceptance of glove-wearing policies. Workers are more likely to wear protective equipment consistently when it fits comfortably and does not interfere with normal movement. Buyers should still evaluate hand dimensions, intended use, and wearer feedback before selecting a standard size for an entire workforce.

Powder-Free Construction

These gloves are powder-free. Powder-free gloves are often preferred in medical, laboratory, food, electronics, manufacturing, and clean handling environments because they reduce the potential for powder transfer.

Powder can migrate from a glove to work surfaces, instruments, packaging, products, or skin. In some applications, this may create cleanliness concerns or interfere with downstream processes. Powder-free construction supports a cleaner working environment and reduces the need to manage powder residue.

Powder-free gloves can also be more suitable for users who experience skin dryness or irritation associated with glove powders. Individual sensitivity varies, and workplace managers should consider the complete glove formulation, hand hygiene practices, and occupational health guidance when evaluating skin comfort.

Removing powder from the product requires careful manufacturing and packaging control. The glove must be processed, dried, inspected, and packaged in a manner that preserves its cleanliness and physical integrity. This is one reason why stable production conditions and strict quality supervision are important advantages for a professional glove manufacturer.

9-Inch and 12-Inch Length Options

The standard product length is 9 inches, a practical configuration for many routine industrial and general protective tasks. This length extends beyond the hand and provides coverage over the wrist area. It is convenient for users who need effective hand protection without the additional material of a longer cuff.

A 12-inch option is also available. The longer design can provide additional coverage along the wrist and lower forearm, which may be useful for cleaning, laboratory handling, light chemical-related work, maintenance activities, and tasks where the cuff area may encounter splashes or contaminants.

Length selection should be based on the work process rather than convenience alone. Buyers should consider the position of the wearer’s arms, the likelihood of liquid contact, the need to wear sleeves over or under the cuff, and the amount of movement required. The 9-inch and 12-inch configurations allow procurement teams to match glove coverage more closely to application requirements.

The product dimensions remain unchanged when color or weight is customized, according to the supplied product information. This means buyers can discuss appearance and material-weight adjustments while maintaining the required dimensional configuration. Any customized order should be confirmed through technical specifications and approved samples before mass production.

Customizable Weight and Color

Different workplaces have different expectations for glove thickness, flexibility, tactile sensitivity, and service life. For this reason, the product supports weight customization within an approximate range of 3 to 6.8 grams. Weight is one of several factors that can influence the glove’s feel and performance, although it should not be treated as the sole measure of quality.

A lighter glove may offer increased flexibility and fingertip sensitivity for inspection, sorting, and precision handling. A heavier glove may provide a more substantial feel and can be appropriate for tasks where users expect greater durability during routine contact. The correct choice depends on the hazard level, task duration, replacement frequency, and required tactile performance.

Customization should be evaluated together with physical testing. Buyers may assess fit, elongation, tensile properties, puncture resistance, donning comfort, cuff behavior, and packaging stability. A professionally managed customization process helps ensure that the selected weight supports the intended use rather than simply increasing or reducing material consumption.

Blue and black are available standard colors. Blue is widely used in medical, food, cleaning, and industrial environments because it is easy to identify and can provide visual contrast against many work surfaces. Black is often selected for automotive, maintenance, tattoo, salon, janitorial, and general industrial applications because it can create a professional appearance and may make certain stains less visually prominent.

Custom colors can support brand identity, department coding, customer requirements, or visual separation between production areas. Color coding can help organizations distinguish between tasks, rooms, production lines, or risk categories. Custom color programs should include a review of shade consistency, sample approval, printing or labeling requirements, and minimum order considerations.

Manufacturing Capacity and Process Control

Product quality is strongly influenced by the manufacturing process. Jiangsu Complete Sincerity Medical New Materials Co., Ltd. operates advanced production lines and maintains a large-scale production system for medical examination gloves and non-woven products. The company reports a stable daily output of more than one million pieces, supporting regular supply for distributors, institutional buyers, and industrial customers.

Large production capacity is valuable when it is supported by process control. A high-output line must manage raw material preparation, compound consistency, former cleaning, dipping conditions, curing, leaching, stripping, inspection, and packaging. Each stage can influence final glove performance. Stable control helps reduce variation between batches and supports predictable procurement for customers with ongoing demand.

The company uses full-process temperature control. Temperature can influence the behavior of nitrile compounds during dipping and curing. Consistent thermal conditions help support the formation of the glove film and can contribute to stable physical properties. Temperature management must be coordinated with chemical formulation, line speed, dwell time, and drying conditions.

Standardized production environments are another important part of the manufacturing system. Controlled environments help reduce unnecessary contamination and support orderly movement of materials, personnel, and finished products. They also provide a foundation for maintaining consistent operating procedures across shifts and production batches.

Comprehensive process supervision is particularly important for powder-free disposable gloves. The manufacturing system must control the glove surface, cleanliness, drying conditions, and packaging process. Inspection procedures should identify visible defects, pinholes, incomplete forming, tears, contamination, and other issues before products are released.

Raw Material and Compound Management

Nitrile glove production begins with material preparation. The formulation must be managed to achieve the intended combination of elasticity, strength, flexibility, and processing stability. Raw materials should be received, identified, stored, and used according to documented procedures.

Compound preparation requires attention to mixing uniformity, viscosity, storage time, and temperature. Variations in these areas can affect glove thickness, surface appearance, texture formation, and physical performance. A stable formulation process is therefore an important part of producing consistent gloves at high volume.

For customized products, such as gloves with a selected weight or color, material management becomes even more important. The manufacturer must translate the customer’s specification into controlled production parameters. Samples and production records can help verify that the final product remains within the agreed requirements.

Forming, Dipping, and Curing

Disposable nitrile gloves are generally produced by forming a nitrile film over glove-shaped formers. The formers are prepared and treated before entering the dipping stages. Process conditions determine how the compound adheres to the former and how the glove film develops.

After dipping, the glove material undergoes controlled curing. Curing supports the development of the glove’s final elasticity and strength. The relationship between time, temperature, compound composition, and line speed must be carefully managed. Under-processing or over-processing can negatively affect performance, so process monitoring is necessary throughout the production cycle.

The fingertip texture is an important product feature. It must be formed consistently so that the glove provides the intended level of grip without creating irregular surfaces or weak points. Texture inspection may include visual checks, sample testing, and review of production parameters.

Leaching, Washing, and Powder-Free Finishing

Leaching and washing stages can help remove residual processing materials from the glove surface. These stages contribute to cleanliness and help prepare the glove for powder-free finishing. Water quality, temperature, flow, and process duration may influence the result.

Powder-free finishing requires the glove to be handled carefully after washing. Excess moisture must be removed, and the glove must be dried under controlled conditions. Improper drying can affect surface feel, packaging stability, or material properties. Consistent finishing procedures help provide a clean, comfortable product for the end user.

Inspection and Packaging

Inspection is conducted throughout the manufacturing process rather than only at the final stage. In-process checks can identify problems early and help prevent large quantities of nonconforming product. Final inspection may include visual appearance, sizing, surface condition, packaging count, and selected physical performance tests.

The standard commercial packaging is 100 pieces per box and 10 boxes per carton. This configuration provides 1,000 gloves per carton and is suitable for institutional purchasing, distributor inventory, and high-consumption industrial operations. Packaging should protect the gloves from contamination, moisture, crushing, and unnecessary handling during transport and storage.

Packaging Level	Quantity	Procurement Benefit
Inner box	100 gloves	Convenient for workstation dispensing and daily use
Outer carton	10 boxes	Efficient for warehouse storage and bulk distribution
Total standard carton quantity	1,000 gloves	Suitable for high-frequency consumption planning

Quality and Compliance Strengths

The company’s stated quality and compliance framework includes recognized standards and certifications associated with medical gloves, quality management, barrier performance, and protective products. These include FDA, CE, ISO 13485, ISO 9001, EN455, EN374, ASTM D6319, ASTM F1671, and ASTM D6978.

Each standard has a different purpose, and buyers should confirm the specific certification or test report applicable to the exact product configuration and destination market. A general company certification should not automatically be interpreted as approval for every glove model or every application. Product-specific documentation remains important for responsible procurement.

ISO 9001 is associated with quality management systems. ISO 13485 is associated with quality management for medical devices. EN455 addresses key requirements for medical gloves, while EN374 relates to protective gloves against chemicals and microorganisms. ASTM D6319 is a specification commonly associated with nitrile examination gloves.

ASTM F1671 relates to resistance to penetration by blood-borne pathogens under defined test conditions. ASTM D6978 addresses resistance of protective clothing materials, including gloves, to permeation by certain chemotherapy drugs under specified conditions. These standards do not mean that every glove is suitable for every chemical, pharmaceutical, biological, or medical hazard. Buyers must review product-specific test data and application requirements.

The inclusion of recognized standards in the company’s quality system demonstrates an orientation toward documented production, regulated markets, and international customer expectations. For distributors and industrial buyers, this can simplify technical review and support internal supplier qualification procedures.

Advantages Compared with Common Alternatives

The product offers several practical advantages over common disposable glove alternatives. These advantages should be evaluated in relation to the specific application, because no single glove is ideal for every hazard or work environment.

Compared with Latex Gloves

The nitrile composition is latex-free, which may help organizations reduce concerns associated with natural rubber latex sensitivity. Nitrile also provides a modern synthetic alternative for workplaces that want to standardize protective gloves across diverse users.

Latex can offer excellent elasticity and tactile response, but some organizations prefer nitrile because it supports latex-free procurement policies. The final choice should consider fit, user comfort, performance testing, and regulatory requirements.

Compared with Vinyl Gloves

Vinyl gloves are often selected for low-risk, short-duration tasks. However, nitrile can provide a more secure fit and stronger performance for repeated handling, inspection, cleaning, and industrial work. The fingertip texture further improves control compared with smooth vinyl surfaces.

For tasks involving frequent stretching, contact with tools, or greater demands on durability, a properly selected nitrile glove may provide a more appropriate balance of protection and usability than a basic vinyl glove.

Compared with Polyethylene Gloves

Polyethylene gloves are useful for very light-duty applications, quick changes, and basic contact protection. They are generally loose-fitting and offer limited tactile control. The XXL nitrile glove provides a closer hand fit, improved dexterity, and more dependable handling performance.

Compared with Smooth Nitrile Gloves

Both products use nitrile, but the fingertip-textured version is designed to provide additional grip at the point of contact. This can be advantageous for workers who handle small, smooth, oily, or slightly damp objects. The texture supports control without necessarily requiring a heavy texture across the full glove surface.

Compared with Heavily Textured Full-Surface Gloves

Full-surface texture can provide strong grip, but some users may prefer a fingertip-focused design for comfort, tactile sensitivity, or reduced surface roughness. The appropriate texture depends on the work process. For precision tasks that require controlled finger movement, fingertip texturing may offer a useful compromise between grip and sensitivity.

Applications Across Multiple Industries

Industrial Manufacturing

In manufacturing environments, the gloves can be used for assembly, inspection, component handling, packaging, equipment maintenance, and general production support. The fingertip texture helps workers control parts and tools, while the nitrile material provides a practical barrier against ordinary workplace dirt, oils, and handling residues.

Manufacturers can assign different colors to production departments or tasks. Blue gloves may be used on one line, black gloves on another, and customized colors may identify quality inspection, maintenance, or material handling teams. Such systems can support visual management and help supervisors identify whether workers are using the correct protective equipment.

Automotive and Mechanical Work

Automotive and mechanical workers frequently handle components, fasteners, tools, lubricated surfaces, and finished parts. Black nitrile gloves are often preferred in these environments for their appearance and practical handling characteristics. Fingertip texturing can support control when workers manipulate small components or tools.

These gloves should not automatically be treated as chemical-resistant gloves for all automotive fluids, solvents, fuels, or cleaning agents. Chemical compatibility must be verified for the specific substance, exposure time, temperature, and glove configuration.

Food Handling and Processing

Powder-free nitrile gloves are commonly considered for food-related work where cleanliness, color visibility, and frequent glove replacement are important. Blue is often selected because it can provide visual contrast against many foods and processing surfaces.

Food-contact suitability depends on the destination market, applicable regulations, manufacturing controls, and product documentation. Buyers should confirm the exact compliance requirements before using the gloves in direct food-contact applications.

Medical and Examination Settings

Nitrile examination gloves are widely used in healthcare, laboratories, clinics, and patient-care environments. The powder-free design and latex-free material can be useful in settings where cleanliness and user tolerance are important.

The product should be selected for medical use only when the specific configuration, labeling, testing, and regulatory status meet the requirements of the intended market. The company’s experience in medical examination gloves and its stated quality systems provide a strong manufacturing foundation, but end users should verify product-specific documentation.

Laboratory and Biosafety Work

Laboratories require gloves that support controlled handling, cleanliness, and appropriate barrier protection. The fingertip texture can help users manage tubes, containers, instruments, and sample materials. The 12-inch length may be considered when additional wrist and lower-forearm coverage is desired.

Gloves are one component of a broader biosafety program. They do not replace engineering controls, safe work procedures, eye protection, protective clothing, or proper waste handling. For biological hazards, users must verify the required barrier performance and change gloves according to established protocols.

Cleaning and Sanitation

Cleaning personnel need gloves that can be donned efficiently and replaced regularly. The nitrile material and longer length option can support routine cleaning tasks, while the fingertip texture can improve handling of tools, bottles, cloths, and equipment surfaces.

Cleaning chemicals vary significantly. A glove suitable for general cleaning may not be suitable for concentrated disinfectants, solvents, acids, alkalis, or specialty chemicals. Chemical resistance data should be reviewed before use, and the glove should be replaced if it becomes damaged, contaminated, or visibly degraded.

Benefits for Distributors and OEM Buyers

Distributors often need products that are consistent, customizable, and easy to position across multiple market segments. The combination of standard blue and black colors, optional 12-inch length, XXL sizing, powder-free construction, and adjustable weight provides a flexible product platform.

OEM buyers can use customized colors and packaging to create differentiated product lines. The manufacturer’s large production capacity may support recurring orders and reduce the risk of supply interruptions associated with small-scale production. Customization should be managed through documented specifications, sample approval, packaging review, and agreed quality criteria.

The standard packaging of 100 pieces per box and 10 boxes per carton supports straightforward inventory planning. Distributors can calculate carton-level requirements for hospitals, factories, laboratories, food processors, janitorial companies, and other customers. Clear packaging labels should identify size, length, color, material, lot information, and relevant compliance details.

Long-term buyers can also benefit from supplier continuity. A stable supplier relationship may improve forecast planning, product consistency, lead-time coordination, technical communication, and after-sales support. Jiangsu Complete Sincerity Medical New Materials Co., Ltd. welcomes international cooperation and focuses on long-term customer relationships based on quality, service, and mutual benefit.

Sustainability and Responsible Manufacturing

Disposable protective products must be manufactured with attention to resource use, energy consumption, emissions, waste management, and workplace safety. The company reports sustainability initiatives that include reducing energy consumption and emissions, improving resource recycling, using more environmentally friendly materials and processes, maintaining clean production environments, and cooperating with supply-chain partners on sustainability objectives.

Responsible manufacturing is not limited to the material used in the glove. It includes production-line efficiency, water management, equipment maintenance, waste reduction, packaging design, worker safety, and responsible treatment of production residues. Large-scale, well-controlled manufacturing may provide opportunities to improve resource efficiency through process optimization and standardized operations.

Customers can support responsible procurement by evaluating the supplier’s environmental management practices, requesting relevant documentation, reducing unnecessary packaging, planning orders accurately, and implementing suitable glove-use policies. Gloves should be used when needed, changed at appropriate intervals, and disposed of according to workplace and local requirements.

How to Select the Correct Configuration

Buyers should begin by defining the work task. Consider whether the gloves will be used for inspection, assembly, cleaning, food handling, medical examination, laboratory work, maintenance, or general industrial handling. The level of contact, duration of use, presence of liquids, required dexterity, and likelihood of tearing should all be documented.

Next, determine the required glove length. The 9-inch option is suitable for many routine tasks involving hand and wrist protection. The 12-inch option may be more appropriate when the wearer needs additional cuff coverage or when the glove must extend farther along the forearm.

Size should be selected using hand measurements and wearer trials whenever possible. Since this product is offered in XXL, it is particularly relevant for users with larger hands. Buyers should avoid assuming that a larger glove is suitable for every wearer, because excess material can reduce handling control.

Color should be chosen according to visibility, workplace coding, customer preference, and contamination-monitoring practices. Blue may be useful where visual contrast is important, while black may be preferred for industrial appearance or applications involving visible dirt. Custom colors can support brand differentiation or departmental organization.

Weight should be selected based on the balance between flexibility and robustness. A lighter configuration may be suitable for short-duration precision tasks, while a heavier configuration may be preferred for more demanding routine handling. Actual selection should be supported by sample evaluation and product-specific test data.

Recommended Evaluation Procedure

Before placing a large order, organizations should request representative samples of the exact intended configuration. The sample should match the proposed material, weight, length, color, texture, packaging, and size.

During evaluation, workers should perform typical tasks while wearing the gloves. They should assess donning, doffing, fingertip sensitivity, grip, wrist comfort, cuff behavior, stretching, and fatigue. The evaluation should include both short-duration and extended-use scenarios where relevant.

Quality teams can inspect the gloves for visible defects, uneven texture, tears, pinholes, discoloration, sticking, and packaging damage. If the gloves are intended for a regulated application, the technical team should review applicable declarations, test reports, certificates, labeling, and lot traceability information.

For chemical or biological applications, the evaluation must include hazard-specific compatibility and barrier requirements. General nitrile construction should not be interpreted as universal protection. The supplier and end user should identify the exact substances, exposure conditions, and required standards before approving the product.

Storage and Use Recommendations

Gloves should be stored in a clean, dry location away from direct sunlight, excessive heat, ozone-generating equipment, moisture, and damaging chemicals. Cartons should be stacked in a manner that avoids crushing the inner boxes. Proper storage helps preserve glove elasticity, appearance, packaging integrity, and usability.

Users should inspect gloves before wearing them. Damaged, contaminated, or visibly defective gloves should not be used. Hands should be clean and dry before donning where workplace procedures require it. Gloves should be changed between tasks when contamination or cross-contact is possible.

Workers should avoid using disposable gloves beyond their intended service conditions. If a glove tears, becomes heavily contaminated, loses its fit, or shows signs of degradation, it should be replaced immediately. Gloves should be removed carefully to reduce contact between the contaminated outer surface and the skin.

Disposable gloves should not be washed and reused unless the product and application specifically allow such treatment. Washing can alter the material, compromise the barrier, and spread contamination. Disposal should follow the requirements of the workplace, product residue, and local regulations.

Company Manufacturing Strengths

Jiangsu Complete Sincerity Medical New Materials Co., Ltd. is a professional manufacturer of medical examination gloves and non-woven products. The company has a reported total investment of RMB 1.08 billion and a construction area of approximately 32,000 square meters. Its scale reflects a substantial commitment to production infrastructure, equipment, process management, and product development.

The company’s stable daily output of more than one million pieces supports high-volume supply programs. This is particularly important for customers whose operations depend on continuous glove availability. Reliable production capacity can help distributors maintain stock and enable industrial users to establish regular delivery schedules.

Its product portfolio serves medical, industrial, food, and biosafety applications. This broad application experience can support the development of glove specifications for different customer requirements. The company also provides OEM and ODM cooperation, allowing customers to discuss customized products, colors, weights, packaging, and other commercial details.

The company emphasizes professionalism, integrity, sustainability, stable quality, and sincere service. These values are supported by standardized production, process supervision, quality management, environmental initiatives, and international compliance awareness. For customers seeking a long-term supply partner rather than a one-time transaction, these capabilities are important considerations.

Q&A

What are these gloves made from?

They are made from nitrile, a synthetic rubber material commonly used for disposable protective and examination gloves. The product is latex-free and powder-free according to the supplied specifications.

What size is available?

The listed product is XXL. Buyers should confirm hand measurements and request samples when establishing suitability for a particular workforce.

What does fingertip-textured mean?

Fingertip-textured means that the glove surface includes texture concentrated at the fingertips. This design helps improve grip and handling control during precision or general tasks.

Is the glove available in a 12-inch length?

Yes. The product information lists both 9-inch and 12-inch length options. The 9-inch version is the standard configuration, while the 12-inch version provides additional wrist and lower-forearm coverage.

Are the gloves powder-free?

Yes. The product is specified as powder-free. This makes it suitable for buyers seeking to reduce powder transfer in industrial, medical, laboratory, food, or clean handling environments.

Can the color be customized?

Yes. Blue and black are listed as standard colors, and customized colors can be discussed. Customized orders should include shade approval and confirmed packaging specifications.

Can the glove weight be customized?

Yes. The supplied information states that specific weight customization is available from approximately 3 to 6.8 grams. The final weight should be confirmed according to the selected size, length, formulation, and approved sample.

How are the gloves packaged?

The standard configuration is 100 pieces per box and 10 boxes per carton, for a total of 1,000 gloves per carton.

Are these gloves suitable for all chemicals?

No. Nitrile gloves do not provide universal chemical protection. Chemical compatibility depends on the substance, concentration, temperature, exposure duration, glove thickness, and other conditions. Product-specific test data should be reviewed before chemical use.

Can the gloves be used in medical environments?

They may be considered for medical or examination applications when the exact product configuration meets the requirements of the intended market. Buyers should verify product-specific certifications, labeling, testing, and regulatory documentation before use.

What manufacturing capabilities does the supplier have?

The supplier operates advanced production lines, maintains full-process temperature control, uses standardized production environments, and reports stable daily output of more than one million pieces. The company also applies quality management and process supervision to its glove and non-woven product manufacturing.

Does the company support OEM and ODM orders?

Yes. The company offers OEM and ODM cooperation. Customers can discuss custom colors, product weights, packaging, and other requirements subject to technical review, sample approval, and order confirmation.

Conclusion

The 9-Inch XXL Industrial Fingertip-Textured Nitrile Gloves provide a versatile solution for users who need powder-free, latex-free hand protection with improved fingertip grip. The XXL size accommodates larger hands, while the 9-inch and 12-inch options allow buyers to select the appropriate level of wrist and forearm coverage. Blue and black standard colors, customized color options, and adjustable weights from approximately 3 to 6.8 grams create flexibility for different industrial and commercial programs.

Compared with smooth or lower-performance disposable glove alternatives, the fingertip texture supports more secure handling and improved control. Compared with latex products, the nitrile composition offers a latex-free option. Compared with loose polyethylene or basic vinyl gloves, the product provides a closer fit, greater tactile control, and a more robust material platform for many routine applications.

The product is supported by a large-scale manufacturing operation with advanced production lines, full-process temperature control, standardized production environments, extensive quality supervision, and high daily output. The company’s experience with medical examination gloves, non-woven products, OEM and ODM services, international standards, and sustainability initiatives makes it a capable partner for distributors, industrial buyers, healthcare organizations, laboratories, food-related businesses, and other professional users.

For the best result, buyers should confirm the intended application, size, length, weight, color, regulatory requirements, and chemical or biological compatibility before placing an order. With appropriate selection and responsible use, these nitrile gloves can support workplace hygiene, handling efficiency, user comfort, and consistent protective equipment management.

References

1. Product specification information for 9-Inch XXL Industrial Fingertip-Textured Nitrile Gloves, including material, size, length, color, packaging, powder content, and customization range.

2. Company information supplied by Jiangsu Complete Sincerity Medical New Materials Co., Ltd., including manufacturing capacity, facility scale, production controls, product categories, and sustainability initiatives.

3. ISO 9001, Quality Management Systems—Requirements.

4. ISO 13485, Medical Devices—Quality Management Systems—Requirements for Regulatory Purposes.

5. EN 455, Medical Gloves for Single Use.

6. EN 374, Protective Gloves Against Chemicals and Micro-organisms.

7. ASTM D6319, Standard Specification for Nitrile Examination Gloves for Medical Application.

8. ASTM F1671, Standard Test Method for Resistance of Materials Used in Protective Clothing to Penetration by Blood-Borne Pathogens.

9. ASTM D6978, Standard Practice for Assessment of Resistance of Medical Gloves to Permeation by Chemotherapy Drugs.

10. General occupational health and safety principles for selection, use, storage, replacement, and disposal of disposable protective gloves.

Product: 9 inch XXL Industrial Fingertip-Textured Nitrile Gloves