9-Inch S-Size Biosafety Protection Textured Nitrile Gloves: Reliable Barrier Performance, Comfort, and Scalable Manufacturing

In medical examination, laboratory, food-processing, industrial, and biosafety environments, gloves are not simply disposable accessories. They are an important part of the first line of defense between the wearer, the work surface, and potentially hazardous substances. A suitable glove must provide dependable coverage, comfortable wear, secure handling, consistent quality, and efficient packaging. It must also be manufactured under controlled conditions so that performance remains stable from one production batch to the next.

The 9 inch S Biosafety Protection Textured Nitrile Gloves are designed to meet these practical requirements. Made from nitrile and produced in a powder-free, fully textured format, the gloves combine flexible hand protection with enhanced grip. Their 9-inch length provides coverage suitable for many routine examination, laboratory, cleaning, food-handling, and industrial tasks, while the small size supports users who require a closer and more precise fit.

The product is manufactured by Jiangsu Complete Sincerity Medical New Materials Co., Ltd., a large-scale professional manufacturer of medical examination gloves and non-woven products in China. The company operates advanced production lines, standardized production environments, full-process temperature control, and strict quality management systems. Its stated daily production capacity exceeds one million pieces, enabling stable supply for distributors, healthcare organizations, industrial users, and OEM or ODM customers.

This article examines the construction, functional advantages, application value, manufacturing strengths, quality approach, packaging, customization options, and purchasing considerations associated with these textured nitrile gloves.

Product Overview

The 9-Inch S Biosafety Protection Textured Nitrile Gloves are disposable gloves made from nitrile, a synthetic elastomer widely used as an alternative to natural rubber latex. They are designed for applications in which users need a combination of barrier protection, tactile control, comfort, and resistance to everyday workplace demands.

The gloves are fully textured rather than textured only at the fingertips. This surface treatment helps improve friction across a larger portion of the glove, which can be useful when handling instruments, containers, packaging, tools, or materials in wet or dry conditions. The textured finish also supports more controlled movements when the wearer must maintain a secure grip without excessive hand pressure.

The standard product specification identifies a small size and a nominal length of 9 inches. The available color options include blue and black, with color customization available according to project requirements. Product weight can also be customized within a stated range of approximately 3 to 6.8 grams, while the glove dimensions remain unchanged. This gives buyers an opportunity to balance material weight, hand feel, durability, and cost without altering the basic size profile.

Item	Specification	Purchasing Significance
Material	Nitrile	Latex-free synthetic material suitable for many medical, industrial, food, and biosafety applications
Size	S	Designed for users requiring a smaller hand fit and improved precision
Nominal length	9 inches	Provides practical wrist coverage for routine tasks
Additional length option	12 inches listed in the product specification	May support projects requiring extended wrist coverage; confirmation is recommended before ordering
Surface	Fully textured	Improves grip and handling control across the glove surface
Powder content	Powder-free	Reduces powder-related residue and helps maintain cleaner working conditions
Standard colors	Blue and black	Supports visual differentiation and workplace preference
Customization	Color and weight customizable	Allows buyers to adjust appearance and glove feel for specific programs
Packaging	100 pieces per box; 10 boxes per carton	Provides 1,000 gloves per carton for inventory planning

Because the product description contains both a 9-inch title specification and a table entry listing 9 inches / 12 inches, buyers should confirm the intended length before finalizing a purchase order. The 9-inch version is the focus of this article, while the 12-inch option may be available for applications that require additional wrist coverage.

Why Nitrile Is a Practical Glove Material

Nitrile is a synthetic rubber material formulated to provide flexibility, elasticity, and resistance to many common workplace exposures. Unlike natural rubber latex, nitrile does not contain natural latex proteins. This makes nitrile gloves a practical choice for workplaces seeking to reduce concerns associated with latex sensitivity among employees, patients, visitors, or customers.

The latex-free composition is particularly valuable in healthcare and examination settings, where gloves may be used by a wide variety of individuals. It also supports procurement standardization for organizations that prefer to use one general-purpose glove material across multiple departments.

Nitrile gloves are also valued for their balance between protection and dexterity. A glove that is too rigid can limit finger movement and increase hand fatigue. A glove that is too thin or poorly formed may provide inadequate durability for the intended task. Through material formulation and controlled dipping processes, manufacturers can adjust the glove’s thickness, elasticity, weight, and hand feel for different market requirements.

The stated customization range of 3 to 6.8 grams provides flexibility in this respect. Lower-weight versions may be preferred for short-duration examination, inspection, or light handling tasks where sensitivity and economy are priorities. Heavier versions may be considered when users need a more substantial feel or additional resistance during routine work. The appropriate weight should be selected according to the application, regulatory requirements, expected exposure, and customer validation.

Nitrile also supports a broad range of color choices. Blue is widely associated with medical, laboratory, and general protective use. Black may be preferred in automotive, industrial, tattoo, beauty, cleaning, and professional service environments where visual appearance or contrast is important. Custom colors can support brand identity, department identification, product coding, or customer-specific procurement programs.

Advantages of the Fully Textured Surface

Grip is one of the most important functional characteristics of a disposable glove. A smooth glove may be adequate for certain dry, low-risk tasks, but it can become more difficult to control when the wearer handles liquids, polished surfaces, small instruments, packaging films, or objects with irregular shapes. The fully textured surface of this product is designed to improve friction throughout the palm and finger areas.

Full texturing offers several practical benefits. First, it can support more stable handling when the wearer changes hand position. A fingertip-only texture may provide grip at the ends of the fingers, but the palm can remain relatively smooth. A fully textured glove extends the gripping effect across a larger contact area, which may be beneficial when holding tools, containers, laboratory equipment, or cleaning materials.

Second, improved friction can help reduce the amount of squeezing force required to hold an object. Lower gripping force may support better comfort during repetitive tasks, particularly when users wear gloves for extended periods. It can also help improve control when handling small or delicate items that should not be compressed excessively.

Third, texture may contribute to handling consistency in changing work environments. In a laboratory, for example, a user may alternate between dry packaging, glassware, liquid containers, and instrument surfaces. In a food-processing area, an employee may handle ingredients, packaging, utensils, and cleaning equipment. In an industrial setting, the same glove may be used for inspection, assembly, maintenance, or material transfer. A textured surface gives the glove a more versatile handling profile across these routine activities.

The texture should not be considered a substitute for safe work procedures or specialized chemical protection. Users must evaluate the glove against the exact substances, temperatures, pressures, mechanical hazards, and duration of contact involved in their work. Nevertheless, for general-purpose biosafety and examination applications, full texturing is a meaningful advantage over comparable smooth-surface gloves.

9 inch S Biosafety Protection Textured Nitrile Gloves

Benefits of a Powder-Free Design

These nitrile gloves are powder-free. Powder-free construction is widely preferred in medical, laboratory, food, clean-handling, and manufacturing environments because it minimizes the introduction of loose powder into the workplace.

Powder can create several operational concerns. It may leave residue on instruments, packaging, surfaces, or products. In food-related environments, loose powder may be undesirable because it can contaminate work areas. In healthcare and laboratory environments, powder can interfere with certain procedures or contribute to airborne particles. A powder-free glove helps maintain a cleaner working environment and reduces the need to remove powder residue from hands or surfaces.

Powder-free gloves can also provide a more professional user experience. When gloves are used during patient examinations, laboratory procedures, or customer-facing services, clean surfaces and low-residue handling are important. The absence of powder supports a more controlled appearance and reduces the likelihood of visible deposits on dark materials or smooth equipment.

Although powder-free gloves may require a slightly different donning technique than powdered gloves, modern nitrile formulations and manufacturing treatments can help support smooth donning. Proper storage, hand dryness, correct sizing, and appropriate packaging also influence how easily users can put on and remove the gloves.

For organizations seeking a general-purpose disposable glove that can be used across multiple departments, powder-free nitrile provides a practical baseline. It supports cleaner workflows without requiring the user to manage powder contamination as an additional operational issue.

Fit and Ergonomics for Small-Size Users

The product is specified in size S, making it suitable for users with smaller hands. Correct sizing is essential for both protection and productivity. A glove that is too large may wrinkle at the fingertips, reduce tactile feedback, catch on equipment, or make delicate work more difficult. A glove that is too small may create excessive tension, reduce comfort, and increase the likelihood of tearing during use.

A properly fitted small glove should allow the fingertips to reach the ends of the glove without excessive empty space. The material should conform to the palm and fingers while still allowing normal flexion. The cuff should remain secure around the wrist without causing uncomfortable pressure. Since hand dimensions differ among individuals, buyers should use a size chart, sample evaluation, or fitting trial before committing to large-volume purchasing.

The ambidextrous design commonly associated with examination nitrile gloves is also operationally useful. If gloves can be worn on either hand, users do not need to identify left- and right-hand pairs. This simplifies dispensing, reduces sorting requirements, and supports faster glove changes during busy workflows. It can also reduce waste caused by unmatched gloves.

The 9-inch length provides coverage beyond the hand and onto the wrist. This is appropriate for many routine examination, laboratory, cleaning, inspection, and handling tasks. However, the exact coverage required depends on the user’s sleeve design, work method, and exposure risk. Where the task involves substantial fluid exposure, splashing, or contact extending farther up the forearm, a longer glove or additional protective clothing may be necessary.

Protection-Oriented Product Design

The purpose of a biosafety protection glove is to create a disposable barrier between the wearer and the surrounding work environment. The value of that barrier depends on more than material selection. It also depends on film uniformity, cuff construction, seam-free formation, packaging cleanliness, pinhole control, and quality inspection.

The company describes its gloves as having reliable barrier protection, strict pinhole control, flexible fit, durability, and latex-free materials. These characteristics are important because even a glove made from a suitable material must be manufactured consistently to provide dependable performance. A glove with inconsistent film thickness, weak cuff areas, or unnoticed defects may not perform as intended.

Quality control for disposable gloves typically includes inspections of raw materials, compound preparation, former cleanliness, dipping conditions, curing, stripping, visual appearance, dimensions, physical properties, and packaging. Depending on the product and market, testing may also include water leak evaluation, tensile performance, elongation, aging behavior, and other relevant parameters.

The product information identifies recognized standards and certifications within the company’s manufacturing and compliance framework, including FDA, CE, ISO 13485, ISO 9001, EN455, EN374, ASTM D6319, ASTM F1671, and ASTM D6978. Buyers should confirm the exact certificates, applicable product models, test reports, market requirements, and validity dates for the specific glove configuration they intend to purchase. Standards should always be matched to the intended application rather than treated as interchangeable labels.

Advanced Manufacturing Capabilities

Jiangsu Complete Sincerity Medical New Materials Co., Ltd. is presented as a professional manufacturer of medical examination gloves and non-woven products. The company reports a total investment of RMB 1.08 billion and a construction area of approximately 32,000 square meters. These figures indicate a substantial industrial base rather than a small-scale trading operation.

The company operates advanced production lines with a stated stable daily output of more than one million pieces. High-volume production can offer several advantages to buyers. It may improve supply continuity, support large institutional orders, reduce the risk of extended lead times, and make it easier to maintain standardized product specifications across repeated purchases.

Production scale alone does not guarantee quality. The more important consideration is whether capacity is supported by process control. The company describes full-process temperature control, standardized production environments, strict quality management, and comprehensive process supervision. These systems are particularly relevant to nitrile gloves because material behavior can be affected by compounding, dipping temperature, curing conditions, drying, and storage.

Full-process temperature control can help stabilize the manufacturing environment and support more consistent film formation. Standardized production environments can help reduce avoidable contamination and variation. Process supervision allows manufacturing personnel to identify deviations earlier, while quality management systems create documented methods for inspection, correction, and continuous improvement.

For international customers, these manufacturing strengths are important because product reliability must continue across repeated shipments, different order quantities, and changing production schedules. A supplier with an established production system is generally better positioned to support long-term procurement than a supplier that relies entirely on variable external sources.

From Raw Material to Finished Glove

Material Preparation

The production process begins with the selection and preparation of nitrile raw materials and supporting ingredients. The formulation must be mixed to achieve the required balance of elasticity, strength, softness, curing behavior, and processing stability. The selected formulation influences the final glove’s feel, weight, flexibility, color, and performance.

For customized orders, formulation and process adjustments may be made to achieve a requested weight within the stated 3-to-6.8-gram range. Since dimensions remain unchanged, customization focuses on the material profile rather than creating a different size pattern. Any formulation change should be evaluated through sampling and testing before mass production.

Former Preparation

Glove formers determine the shape and dimensions of the finished product. Before dipping, formers must be cleaned and prepared so that the glove film can form evenly. The condition of the former affects surface appearance, thickness distribution, cuff shape, finger definition, and ease of stripping.

Consistent former preparation is especially important for small-size gloves. Smaller dimensions can make variations more noticeable, particularly around the fingertips, thumb area, and wrist. A controlled former system supports repeatable sizing and helps the manufacturer meet customer specifications.

Dipping and Film Formation

During the dipping stage, prepared formers pass through nitrile compound under controlled process conditions. The number of dipping stages, compound characteristics, dwell time, and withdrawal speed influence the resulting film thickness and weight. A stable dipping process helps create a glove that is neither excessively thin nor unnecessarily heavy for its intended application.

Customers requesting different weights may require adjustments to dipping parameters or compound concentration. The goal is to provide the requested hand feel and material level while preserving the same basic dimensions and size designation. Samples and production validation are important because weight changes can affect flexibility, tensile behavior, donning, and durability.

Texturing

The textured surface is formed through a controlled treatment that creates the desired friction pattern on the glove. The texture must be sufficient to improve grip without becoming so aggressive that it reduces comfort or tactile sensitivity. Uniformity matters because irregular texturing can create inconsistent handling characteristics.

For fully textured gloves, the process must address the palm, fingers, and other relevant contact areas. This makes production control more demanding than a simple smooth finish or limited fingertip treatment. A consistent surface pattern contributes to predictable user performance.

Curing and Drying

After dipping and texturing, the glove film must be cured and dried under controlled conditions. Curing develops the material’s final elastic and physical properties. Inadequate curing may lead to weak or tacky gloves, while excessive or poorly controlled curing may affect flexibility and aging performance.

The company’s emphasis on full-process temperature control is relevant at this stage. Stable thermal conditions help support repeatability across production lines and batches. Process monitoring can help ensure that gloves reach the intended physical condition before stripping and inspection.

Inspection and Packaging

Finished gloves are inspected for appearance, dimensions, texture, cuff condition, and visible defects. Pinhole control is especially important for disposable barrier products. Gloves that do not meet internal quality requirements should be removed from the saleable product stream.

After inspection, gloves are counted and packed into dispensing boxes. The listed packaging format is 100 pieces per box and 10 boxes per carton, resulting in 1,000 gloves per carton. Clear packaging information supports warehouse planning, consumption tracking, and purchase-order control.

Competitive Advantages Over Basic Disposable Gloves

Many disposable gloves appear similar at first glance, but meaningful differences emerge when buyers compare material, surface, manufacturing discipline, customization, packaging, and supply capability. The 9-inch S biosafety protection textured nitrile glove offers several advantages over basic smooth, powdered, or inconsistently manufactured alternatives.

Compared with Latex Gloves

The nitrile composition provides a latex-free option for workplaces that want to minimize concerns related to natural rubber latex. Nitrile is also widely accepted for examination and general protective applications. This can simplify procurement when a facility wants a glove suitable for diverse users.

Compared with Powdered Gloves

The powder-free design helps reduce residue and supports cleaner working conditions. This is particularly advantageous in medical, laboratory, food, and clean-handling environments. Buyers that currently spend time managing powder contamination may find powder-free gloves more efficient operationally.

Compared with Smooth Gloves

The fully textured finish provides more extensive grip support than a smooth surface. This can improve handling control in wet, dry, or mixed working conditions and may reduce the effort required to hold objects securely.

Compared with Inconsistent Low-Volume Supply

The manufacturer’s reported production capacity, standardized environment, and process supervision can support more reliable repeat purchasing. Large-scale production is valuable for distributors and institutions that need consistent stock rather than occasional spot orders.

Compared with Fixed-Configuration Products

Color and weight customization give buyers more flexibility than a product that is available only in one standard configuration. Organizations can request blue or black, explore additional colors, and select a weight within the stated range while retaining the same basic dimensions.

Compared with Poorly Fitted Gloves

The availability of a small size helps address the needs of users whose hands are not well served by medium or large standard gloves. A closer fit can support dexterity, comfort, and more controlled handling.

Applications Across Multiple Industries

Medical Examination and Patient Care

In medical environments, disposable gloves are used during patient examinations, routine care, sample handling, cleaning, and contact with potentially contaminated surfaces. The powder-free, latex-free, textured nitrile construction is suitable for many general-purpose tasks, subject to institutional protocols and product validation.

The small size is useful for healthcare workers with smaller hands who require a close fit for palpation, instrument handling, documentation, or other precision-oriented activities. The 9-inch length provides practical wrist coverage for routine procedures, while additional protective equipment may be used when the task requires more extensive coverage.

Laboratories and Research Facilities

Laboratory users often need gloves that support both protection and fine motor control. The textured surface can assist with handling tubes, bottles, sample containers, pipette accessories, and other laboratory items. The powder-free design helps maintain a cleaner environment and reduces the possibility of powder entering sensitive work areas.

Laboratories must select glove materials based on the specific chemicals, biological materials, temperatures, and exposure durations present in their protocols. Nitrile is not universally resistant to every substance, so chemical compatibility charts and laboratory safety procedures should be consulted before use.

Food Processing and Food Service

Powder-free nitrile gloves are widely used for food preparation, ingredient handling, packaging, inspection, and sanitation-related activities. Blue gloves may be useful in environments where visual contrast helps workers identify glove fragments or distinguish protective gloves from food materials, although color-coding policies should be established by the facility.

The textured surface can support grip when handling wet ingredients, packaging films, utensils, or containers. Organizations must ensure that the selected product and its documentation meet applicable food-contact and local regulatory requirements for the intended use.

Industrial Inspection and Assembly

In industrial settings, these gloves may be used for inspection, light assembly, parts handling, equipment cleaning, maintenance support, or material transfer. The black color may be preferred where visual appearance, grease concealment, or professional presentation is important. The glove should not be treated as a cut-resistant, heat-resistant, puncture-resistant, or heavy-duty chemical glove unless specific test data confirms those properties.

Cleaning and Sanitation

The glove can support routine cleaning and sanitation tasks where users need a disposable barrier and secure grip. Full texturing is helpful when handling wet cloths, spray bottles, containers, and cleaning tools. For concentrated chemicals, extended immersion, or high-risk disinfection procedures, users must confirm chemical compatibility and select additional protection when necessary.

Beauty, Personal Care, and Professional Services

Black nitrile gloves are popular in salons, tattoo studios, detailing services, and other professional environments because they offer a clean, distinctive appearance. The powder-free finish supports a more controlled user experience, while the textured surface can improve handling of small tools and containers.

Customization for OEM and ODM Programs

The product supports customization of color and weight, which can be valuable for distributors, private-label brands, healthcare groups, and industrial customers. Color customization can help create a visual identity, separate product grades, distinguish departments, or coordinate gloves with an existing brand system.

Weight customization within the stated 3-to-6.8-gram range allows buyers to select a material profile suited to their operating priorities. A lighter glove may be appropriate for frequent changes and short-duration tasks. A heavier glove may provide a more substantial feel for users who prefer additional material. The selected weight should be verified through samples because nominal weight alone does not fully describe tactile performance or durability.

When ordering customized gloves, buyers should establish specifications in writing. Important points include size, nominal length, color reference, target weight, texture type, powder status, packaging count, box design, carton markings, labeling language, inspection requirements, and documentation. It is also advisable to approve a pre-production sample or sealed reference sample before mass production.

OEM and ODM projects benefit from clear communication about regulatory markets. A product intended for the United States may require different documentation from one intended for the European Union or another jurisdiction. The company’s stated standards framework includes several internationally recognized references, but the buyer should confirm which requirements apply to the final product and destination market.

Packaging, Storage, and Inventory Management

The listed packaging configuration is 100 gloves per box and 10 boxes per carton. This format is practical for both institutional and distribution channels. Individual boxes can be placed at workstations, treatment areas, laboratory benches, production lines, or cleaning stations, while cartons can be stored in central inventory.

Box-level dispensing helps users access gloves quickly and supports consumption monitoring. Carton-level packaging simplifies pallet planning and warehouse counting. For high-volume customers, the 1,000-glove carton quantity provides a convenient basis for forecasting weekly or monthly use.

Gloves should be stored in a cool, dry, clean location away from direct sunlight, ozone-generating equipment, excessive heat, moisture, and chemicals that could affect the packaging or glove material. Stock should be rotated according to the manufacturer’s shelf-life guidance and applicable quality procedures. Cartons should not be crushed or stored in a way that places prolonged pressure on dispensing boxes.

Purchasers should also consider the relationship between carton quantity and glove consumption. A facility with high daily usage may benefit from consolidated shipments, while a smaller operation may require staged deliveries to avoid excessive inventory. Distributors should calculate warehouse space, order frequency, customer demand, and packaging language requirements before selecting a standard stocking plan.

Quality Assurance and Compliance Considerations

Quality assurance begins before production. Buyers should review the manufacturer’s technical documentation, product specifications, quality certificates, test reports, and sample evaluation process. The exact requirements will depend on the intended market and application.

The company identifies ISO 13485 and ISO 9001 among its quality-related standards framework. ISO 13485 is associated with quality management for medical devices, while ISO 9001 provides a general quality management framework. These systems can support documentation, process control, corrective action, traceability, and continual improvement when properly implemented.

The product information also references EN455, EN374, ASTM D6319, ASTM F1671, and ASTM D6978. These standards address different aspects of medical glove performance, chemical or biological barrier evaluation, material requirements, and permeation or penetration testing. The relevance of each standard depends on the specific claim being made and the regulatory market involved.

Buyers should avoid assuming that a general reference to a standard automatically means that every glove configuration has passed every test under that standard. Instead, they should request product-specific evidence, including test reports, declarations, technical files where applicable, and certificate information. This is especially important when gloves are intended for biosafety, clinical, laboratory, chemical, or regulated use.

Incoming inspection may include verification of carton markings, box counts, size, color, length, appearance, texture, powder status, and sample dimensions. Organizations with formal quality systems may also conduct random leak testing, tensile testing, or other checks according to an approved sampling plan.

How to Select the Correct Configuration

The first decision is size. Users should measure hand width and length, compare the measurements with the supplier’s size chart, and conduct a fitting trial. For the S-size product, particular attention should be paid to fingertip clearance, thumb movement, palm tension, and cuff comfort.

The second decision is length. The 9-inch version provides standard wrist coverage for many routine tasks. If the application involves more extensive liquid exposure or requires the glove to extend farther along the forearm, buyers should ask whether the listed 12-inch option is appropriate and confirm its availability, specifications, and testing.

The third decision is weight. Buyers should identify whether their priority is sensitivity, economy, comfort, or a more substantial glove feel. The available range allows customization, but the final selection should be based on real-use trials rather than weight alone.

The fourth decision is color. Blue may be suitable for general medical, laboratory, food, and institutional use. Black may be preferred in industrial, beauty, automotive, cleaning, and professional service environments. Custom colors can support internal coding or private-label programs.

The fifth decision is texture. Full texturing is appropriate when grip is important. If the task requires extremely high tactile sensitivity or a smoother surface for a particular procedure, the buyer should compare alternatives before ordering.

Implementation Recommendations for End Users

Users should inspect the box before dispensing gloves and report damaged packaging, unusual discoloration, or visible defects. Hands should be clean and dry before donning. Rings, watches, and sharp jewelry should be removed where practical to reduce the risk of tearing.

Gloves should be changed between patients, tasks, products, or contaminated surfaces according to workplace procedures. Disposable gloves should not be washed, reused, or disinfected unless the manufacturer and applicable procedures specifically authorize such treatment. A glove is only one part of a broader safety program that may also require gowns, masks, eye protection, sleeves, or other equipment.

After use, gloves should be removed carefully to avoid transferring contaminants to the skin. Used gloves should be disposed of according to the facility’s waste-management requirements. If a glove tears or becomes visibly contaminated, it should be replaced promptly.

Managers should train employees on correct sizing, donning, removal, change frequency, storage, and limitations. Training is especially important when gloves are used with chemicals, biological materials, food products, or regulated medical procedures.

Q&A

What material are these gloves made from?

They are made from nitrile, a synthetic rubber material. The gloves are latex-free and designed for many medical, industrial, food, laboratory, and biosafety-related applications.

What size is available in the described product?

The described product is size S. Buyers should confirm hand measurements against the manufacturer’s size chart and request samples when fit is critical.

Are the gloves powder-free?

Yes. The product is specified as powder-free, which helps reduce loose residue in medical, laboratory, food, and clean-handling environments.

What does fully textured mean?

Fully textured means that the grip-enhancing surface treatment extends across the relevant palm and finger areas rather than being limited only to the fingertips. This can improve handling control in dry, wet, or mixed conditions.

What colors are available?

The standard colors listed are blue and black. Other colors may be customizable, subject to production requirements, minimum order quantities, and confirmation by the manufacturer.

Can the glove weight be customized?

Yes. The stated customization range is approximately 3 to 6.8 grams, while the dimensions remain unchanged. Buyers should approve samples before mass production because weight can affect fit, tactile feel, flexibility, and durability.

Is the glove 9 inches or 12 inches long?

The product title identifies the glove as 9 inches, while the specification table lists 9 inches / 12 inches. The 9-inch version is the primary product discussed here. Buyers should confirm the required length and availability with the supplier before placing an order.

How are the gloves packaged?

The listed packaging is 100 pieces per box and 10 boxes per carton, equal to 1,000 gloves per carton.

Can these gloves be used with chemicals?

Nitrile gloves may provide resistance to some chemicals, but no glove is suitable for every substance or exposure condition. Users should consult product-specific chemical compatibility data and consider concentration, temperature, contact time, and exposure method.

Are the gloves suitable for medical examination?

They are described as medical examination gloves and are designed for general-purpose protective applications. Healthcare organizations should verify the exact product documentation, applicable regulatory requirements, and procedural suitability before use.

What manufacturing strengths does the supplier offer?

The supplier reports advanced production lines, a construction area of approximately 32,000 square meters, total investment of RMB 1.08 billion, daily output exceeding one million pieces, full-process temperature control, standardized production environments, strict quality management, and comprehensive process supervision.

Can the company support OEM or ODM orders?

The customization options for color and weight support OEM and ODM discussions. Buyers should provide detailed specifications covering size, length, color, weight, packaging, labeling, documentation, and destination-market requirements.

Why This Product Is Suitable for Long-Term Procurement

Long-term procurement requires more than a competitive unit price. Buyers need stable quality, dependable supply, predictable packaging, responsive communication, and the ability to adapt specifications as requirements evolve. The product’s combination of nitrile material, powder-free construction, full texturing, small-size availability, customization, and scalable production addresses many of these needs.

The manufacturer’s large production base may help support repeat orders and broader distribution programs. Its stated quality systems and standards framework provide a foundation for documentation and compliance discussions. Its focus on medical examination gloves and non-woven products also indicates experience in protective-product manufacturing rather than a purely general industrial product portfolio.

For distributors, the product can serve multiple customer segments, including clinics, laboratories, food businesses, cleaning companies, manufacturers, salons, and professional service providers. The blue and black options offer immediate market flexibility, while custom colors and weights can support private-label or contract programs.

For institutions, a consistent small-size glove can improve user satisfaction and reduce the operational problems associated with poorly fitted gloves. Full texturing and powder-free construction support practical handling and cleaner workflows. The 100-piece box and 10-box carton configuration makes the product easy to distribute across departments and track in inventory.

Conclusion

The 9-Inch S Biosafety Protection Textured Nitrile Gloves combine several features that matter in modern protective-glove procurement: latex-free nitrile material, powder-free construction, full texturing, small-size fit, practical wrist coverage, color options, weight customization, and standardized packaging.

Compared with basic smooth or powdered alternatives, the gloves offer improved grip support and a cleaner user experience. Compared with fixed-configuration products, they provide greater flexibility through customizable color and weight. Compared with inconsistent low-volume supply, the manufacturer’s advanced production lines, reported daily output of more than one million pieces, full-process temperature control, and structured quality management offer a stronger foundation for repeat procurement.

Jiangsu Complete Sincerity Medical New Materials Co., Ltd. presents itself as a large-scale manufacturer serving medical, industrial, food, and biosafety markets. Its production capabilities, environmental and safety management systems, quality framework, and commitment to sustainability support the needs of customers seeking a long-term manufacturing partner.

Before purchase, buyers should confirm the exact glove length, applicable standards, product-specific test reports, minimum order quantity, customization conditions, packaging details, and destination-market requirements. With these points verified, the product can provide a practical and adaptable solution for organizations that need reliable disposable nitrile gloves with enhanced grip and scalable supply support.

References

1. Manufacturer-provided product specification for 9-Inch S Biosafety Protection Textured Nitrile Gloves.

2. Manufacturer-provided company information for Jiangsu Complete Sincerity Medical New Materials Co., Ltd.

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

4. ISO 9001, Quality Management Systems—Requirements.

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 hygiene and disposable glove-use guidance for medical, laboratory, food-processing, industrial, and biosafety environments.

Product: 9 inch S Biosafety Protection Textured Nitrile Gloves