9-Inch XS Food-Grade Powder-Free Nitrile Gloves: Reliable Protection, Comfort, and Custom Manufacturing

Food handling, food processing, healthcare support, laboratory work, cleaning, light manufacturing, and biosafety operations all require dependable disposable gloves. In these environments, gloves must do more than cover the hands. They must provide a consistent barrier, support safe handling, fit comfortably, resist tearing, maintain tactile sensitivity, and remain practical for high-volume use. The 9-inch XS Food-Grade Powder-Free Nitrile Gloves are designed to meet these needs through a combination of nitrile material, powder-free construction, compact sizing, reliable manufacturing control, and flexible customization.

These gloves are especially suitable for users who need an extra-small fit. An accurate fit is important because oversized gloves can reduce dexterity, create safety hazards, and interfere with precise tasks. The XS format helps improve hand control for smaller hands while preserving the flexibility expected from a modern disposable nitrile glove. The standard length is 9 inches, with a 12-inch option available for applications requiring additional wrist and lower-forearm coverage.

The gloves are supplied in blue and black as standard color options, while other colors can be customized according to customer requirements. Weight can also be customized within a stated range of 3 to 6.8 grams, allowing buyers to balance flexibility, material usage, tactile sensitivity, and barrier performance for a specific application. Dimensions remain unchanged during weight customization, helping customers maintain consistent sizing and packaging specifications.

Produced by Jiangsu Complete Sincerity Medical New Materials Co., Ltd., the product benefits from large-scale manufacturing capacity, controlled production conditions, quality supervision, and experience in medical examination gloves and non-woven products. The company operates advanced production lines and reports a stable daily output of more than one million pieces. This production scale is important for distributors, food-service groups, healthcare purchasers, industrial users, and other organizations that require stable supply and repeatable product quality.

Product Overview

The 9-inch XS Food-Grade Powder-Free Nitrile Gloves are disposable gloves made from nitrile, a synthetic rubber material widely used as an alternative to natural rubber latex. Nitrile is valued for its combination of elasticity, puncture resistance, chemical resistance, and latex-free composition. These characteristics make nitrile gloves suitable for many applications in which hand protection, cleanliness, and reliable handling are essential.

Product Feature	Specification
Product Type	Food-grade powder-free nitrile gloves
Material	Nitrile
Size	XS
Standard Length	9 inches
Optional Length	12 inches
Powder Content	Powder-free
Standard Colors	Blue and black
Color Customization	Available according to customer requirements
Weight Customization	Approximately 3 to 6.8 grams
Packing	100 pieces per box, 10 boxes per carton
Hand Design	Ambidextrous design

The product specification is designed for operational flexibility. The 9-inch length is suitable for general-purpose hand protection, food preparation, inspection, cleaning, medical support, and laboratory procedures. The optional 12-inch length extends coverage toward the wrist and forearm, making it useful where liquid contact, splashing, or contamination concerns require a longer glove.

The XS size is an important product characteristic rather than a minor variation. Many disposable gloves are primarily purchased in medium or large sizes, but a well-managed glove program must also support users with smaller hands. Providing an extra-small option helps organizations improve comfort and reduce unnecessary glove replacement caused by poor fit. It also supports more accurate work in packaging, food decoration, laboratory handling, electronics assembly, and other tasks requiring controlled finger movement.

Why Nitrile Is Suitable for Food and Professional Applications

Nitrile is a synthetic elastomer that can be formulated to provide flexibility while maintaining a dependable protective barrier. Unlike natural rubber latex, nitrile does not rely on latex proteins, which makes it a preferred material for workplaces seeking to reduce concerns related to latex sensitivity. This is valuable in food facilities, hospitals, laboratories, salons, cleaning operations, and industrial environments where gloves may be worn by many different people throughout the day.

One of the main advantages of nitrile is its resistance to puncture and tearing compared with many lightweight glove materials. Although no disposable glove is indestructible, nitrile construction can offer a useful balance between thinness and durability. This balance enables the user to handle tools, food containers, packaging materials, inspection components, and instruments without sacrificing basic hand protection.

Nitrile also offers good tactile sensitivity. A glove that is too thick can make delicate handling difficult, while a glove that is too thin may not provide sufficient durability. Through weight customization, buyers can select a product configuration that better reflects the demands of the application. A lighter configuration may support flexibility and touch sensitivity, while a heavier configuration may be preferred for tasks involving more frequent contact with rough surfaces or materials.

The material is also appropriate for work environments where contact with oils, greases, cleaning agents, and various common substances may occur. Actual suitability depends on the specific chemical, concentration, contact time, temperature, and applicable safety assessment. Nevertheless, nitrile is widely selected because it provides broader practical resistance than many basic polyethylene or vinyl alternatives.

Advantages of Powder-Free Construction

The gloves are powder-free, which means no powder is intentionally added to the interior to assist donning. Powdered gloves may release particles during use, potentially contaminating products, work surfaces, instruments, or sensitive environments. In food-related operations, particle transfer is an important concern. In medical and laboratory settings, powder can also interfere with procedures, surfaces, or diagnostic materials.

Powder-free construction helps create a cleaner working environment. It is particularly beneficial for food preparation, food packaging, medical examination, laboratory sampling, cosmetic production, pharmaceutical support, and electronics-related handling. Removing powder also reduces the chance that users will leave visible residue on materials or surfaces.

Powder-free gloves may require slightly more attention during donning, especially when hands are wet or when the user is changing gloves frequently. Proper sizing and a smooth interior finish can help address this issue. An accurate XS fit is therefore valuable because it reduces excess material and improves control during glove application and removal.

Powder-free nitrile gloves also align with modern purchasing preferences. Many professional buyers now request powder-free products as part of their hygiene policies, product-contact controls, worker comfort programs, and quality-management procedures. By combining nitrile material with powder-free construction, this product addresses two common requirements in one design.

Food-Grade Applications and Hygiene Support

Food safety depends on a complete system that includes personnel hygiene, cleaning procedures, temperature control, equipment sanitation, allergen management, storage, and traceability. Gloves are not a substitute for handwashing or proper food-handling practices, but they can support a well-designed hygiene program when used correctly.

The 9-inch XS Food-Grade Powder-Free Nitrile Gloves can be used in food preparation areas, ingredient handling, bakery production, meat and seafood processing, fruit and vegetable packing, ready-to-eat food assembly, catering, restaurant kitchens, supermarket service counters, and food inspection operations. The blue color can be helpful in facilities that use color-based visual controls because blue is less common in naturally occurring foods. A visible glove color may make accidental glove fragments easier to identify during visual inspection, although each facility should establish its own hazard-control procedures.

Black gloves are often chosen for presentation, cleaning visibility, and professional appearance. They may be suitable for food service, catering, salons, automotive detailing, and general-purpose work. Since color can be customized, buyers can align glove appearance with brand guidelines, facility color coding, or task differentiation.

Food-contact suitability should always be confirmed against the requirements of the destination market and the specific intended use. Buyers should review applicable regulations, declarations, testing documentation, and customer requirements before placing products into food-contact service. The glove design itself supports hygienic handling, but compliance depends on the complete product specification, manufacturing controls, packaging, labeling, and relevant market authorization.

Fit, Dexterity, and the Importance of XS Sizing

Fit has a direct effect on glove performance. A glove that is too large can bunch around the fingertips, slide during movement, and reduce the operator’s ability to grip small objects. Excess material may also catch on equipment or packaging. A glove that is too small can create uncomfortable tension, accelerate fatigue, and increase the chance of tearing during use.

The XS size is intended for users with smaller hands who require closer control. It can support tasks such as food decoration, precision inspection, laboratory preparation, sample handling, component assembly, and instrument operation. The glove’s ambidextrous design allows it to be worn on either hand, simplifying inventory management and reducing waste when one glove is damaged or removed.

Users should select the size based on the manufacturer’s measurement guidance and the actual hand dimensions of the wearer. Hand width, palm circumference, and finger length can all affect comfort. Organizations with large workforces may benefit from conducting a fitting trial before finalizing a bulk order. This approach can help identify whether the XS size provides the desired balance between snugness, finger mobility, and ease of removal.

Good fit also contributes to productivity. When workers do not need to repeatedly adjust loose gloves, they can maintain a steadier workflow. In applications requiring repeated gripping, sorting, or packaging, reduced glove movement can help limit hand fatigue and improve consistency.

9-Inch and 12-Inch Length Options

The standard 9-inch length offers practical coverage for routine activities. It generally extends beyond the hand and covers the wrist area, making it suitable for food preparation, medical examinations, cleaning, laboratory work, and general handling. The length is convenient for rapid glove changes and everyday use.

The 12-inch option provides additional coverage. It may be preferred when users face increased exposure to splashes, liquids, powders, food ingredients, cleaning solutions, or other materials that could reach the wrist. Longer gloves can also be useful when worn beneath or over protective sleeves, depending on the design of the complete personal protective equipment system.

Length selection should be based on the task rather than preference alone. A longer glove can provide additional coverage, but it may also require more storage space and may feel warmer during extended use. The availability of both 9-inch and 12-inch versions allows purchasers to match the glove to different workstations while retaining a consistent material platform.

Because dimensions remain unchanged during weight customization, buyers can request different material weights without changing the established length or general size format. This is useful for procurement programs that need separate performance levels for different tasks while maintaining recognizable product dimensions.

9 inch XS Food-Grade Powder-Free Nitrile Gloves

Customization for Different Buyers and Work Environments

Customization is one of the product’s important commercial advantages. The standard product is available in blue and black, but colors can be adjusted according to customer needs. This makes it possible to coordinate glove color with production lines, facility zones, uniforms, private-label packaging, or visual management programs.

Color coding can help distinguish between raw-food handling, cooked-food handling, cleaning, maintenance, inspection, and other operations. A facility may use different colors to reduce cross-task confusion. Color differentiation does not replace training or sanitation procedures, but it can support visual discipline when incorporated into a broader food-safety system.

Weight customization from 3 to 6.8 grams gives purchasing teams more control over glove characteristics. A lighter glove may be suitable for short-duration tasks, frequent glove changes, or work requiring high tactile sensitivity. A heavier glove may be preferred for more demanding handling, longer wear periods, or applications in which users want a stronger-feeling glove. The appropriate choice depends on the task, risk assessment, regulatory requirements, and user feedback.

Customization can also support different distribution channels. A food-service distributor may require a common blue product in several sizes. A healthcare supplier may need a more standardized specification and neutral packaging. An industrial customer may prefer black gloves with a higher weight. A private-label buyer may want a specific color and carton configuration. The ability to discuss these variables with the manufacturer can simplify product planning.

Custom orders should be reviewed carefully before production. Important points include size, length, weight, color, packaging artwork, labeling language, carton marks, inspection requirements, certificates, testing documents, and delivery schedule. Clear confirmation at the quotation and pre-production stages helps reduce the possibility of specification differences.

Packaging and Inventory Efficiency

The standard packing configuration is 100 pieces per box and 10 boxes per carton. This format is convenient for distribution, warehouse organization, and usage control. Individual boxes can be delivered to separate workstations, while cartons can be stored for bulk inventory management.

Packaging Level	Quantity	Typical Use
Single glove	One piece	Individual use
Inner box	100 pieces	Workstation supply and retail or institutional distribution
Master carton	10 boxes	Warehouse storage and bulk shipment

Consistent packaging helps buyers estimate consumption and organize replenishment. If a facility knows its average daily glove usage, the 100-piece box and 10-box carton structure can be incorporated into inventory calculations. Procurement teams can track consumption by workstation, department, production shift, or customer order.

Packaging also protects the gloves before use. Buyers should store cartons in a clean, dry environment away from direct sunlight, excessive heat, moisture, ozone-generating equipment, and chemicals that could affect the material. Stock should be rotated according to the manufacturer’s recommended storage period and instructions. Proper storage is essential because even a well-manufactured glove can be compromised by unsuitable warehouse conditions.

Advanced Manufacturing Capabilities

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 production facilities are designed to support large-scale, controlled manufacturing rather than small-batch production alone.

The company operates advanced production lines with a stable daily output of more than one million pieces. High production capacity can provide several advantages to international buyers. It can support larger orders, improve supply continuity, and reduce dependence on short-term spot purchasing. It also provides a foundation for standardized production, because large-scale operations can use defined process parameters, scheduled maintenance, documented inspections, and systematic quality monitoring.

Full-process temperature control is another stated manufacturing strength. Temperature affects nitrile compounding, dipping behavior, curing, drying, elasticity, surface characteristics, and final glove consistency. Managing temperature throughout production helps reduce process variation. Consistent environmental conditions are particularly important when a customer requires repeatable weight, dimensions, color, tensile behavior, and appearance across multiple production lots.

A standardized production environment supports cleanliness and process discipline. In glove manufacturing, contamination control, equipment cleanliness, raw-material management, and worker procedures all contribute to product quality. A controlled environment can help reduce avoidable defects and create more reliable conditions for inspection and packaging.

The company also emphasizes strict quality management and comprehensive process supervision. These concepts are important because finished-product inspection alone cannot identify every source of variation. Quality should be built into raw-material receipt, formulation, production, online monitoring, washing or treatment stages where applicable, drying, inspection, packing, and final release.

Quality Control from Raw Material to Finished Product

Reliable glove production begins with raw-material control. Nitrile materials, additives, pigments, processing chemicals, packaging components, and other inputs should be received according to defined specifications. Incoming materials may be reviewed for identity, documentation, appearance, lot information, and conformance to purchasing requirements.

During production, process controls help maintain the intended glove profile. Important variables may include compound preparation, tank conditions, former cleanliness, dipping speed, coating uniformity, curing conditions, washing performance, drying temperature, and line speed. Monitoring these variables can help reduce differences between production lots.

Finished gloves may be evaluated for appearance, dimensions, weight, color uniformity, surface defects, elasticity, strength, and pinhole performance. The company describes strict pinhole control, which is particularly relevant for examination gloves and other products intended to provide a dependable barrier. Visual inspection and automated or manual testing can work together to identify defects.

Textured fingertips are another functional feature. Texture can improve grip when handling instruments, packaging, containers, tools, or wet materials. Effective texturing should provide traction without making the glove uncomfortably rough or reducing tactile feedback. The balance between grip and sensitivity is important in both food and professional applications.

Documentation is an essential part of quality assurance. Buyers may request product specifications, batch records, inspection reports, certificates, declarations, test results, packaging approvals, and other documents relevant to their market. Documentation helps customers evaluate conformity and maintain their own supplier-qualification systems.

Compliance and Recognized Standards

The company states that its products are manufactured in accordance with recognized standards and certifications, including FDA, CE, ISO 13485, ISO 9001, EN455, EN374, ASTM D6319, ASTM F1671, and ASTM D6978. These standards and regulatory frameworks address different aspects of quality, medical-device management, protective performance, chemical resistance, barrier testing, and viral penetration resistance.

It is important for buyers to distinguish between company-level certifications, product-level certifications, test reports, and market-specific authorizations. The exact applicability of each document depends on the product version, intended use, destination country, production site, and order specification. Buyers should request current documentation for the specific 9-inch XS glove configuration before making regulatory or marketing claims.

For food-related use, purchasers should confirm the applicable food-contact requirements in the target market. Food-contact compliance may involve material composition, extractables, migration testing, manufacturing controls, labeling, and restrictions related to the type of food or contact conditions. A glove described as food-grade should be evaluated together with the supporting documentation and intended-use limitations.

For medical or examination use, the purchaser should verify whether the selected product is authorized and labeled for that purpose in the target jurisdiction. A glove suitable for food handling is not automatically a medical device, and a glove manufactured for examination use should not be assumed to meet every food-contact requirement. Clear product positioning protects both the buyer and the end user.

Advantages Compared with Common Alternatives

Disposable glove buyers often compare nitrile with latex, vinyl, polyethylene, and other materials. Each material has a role, but the 9-inch XS Food-Grade Powder-Free Nitrile Gloves provide several advantages for users seeking a combination of fit, durability, cleanliness, and professional appearance.

Compared with Latex Gloves

Latex gloves are known for elasticity and comfort, but some users may be sensitive to natural rubber latex proteins. Nitrile provides a latex-free alternative that can help organizations reduce latex-related concerns. Nitrile is also widely selected for puncture resistance and chemical-handling versatility. For workplaces serving many employees or customers, a latex-free option can simplify protective-glove policies.

Compared with Vinyl Gloves

Vinyl gloves can be economical and suitable for low-risk, short-duration tasks. However, nitrile is often preferred when users need a closer fit, improved elasticity, stronger tactile control, or greater resistance to tearing and puncture. The XS nitrile format is especially useful for users who may find standard vinyl gloves loose or less responsive.

Compared with Polyethylene Gloves

Polyethylene gloves are commonly used for brief, low-contact activities and are easy to put on. They generally provide less form-fitting performance than nitrile. For tasks involving repeated gripping, detailed handling, wet materials, or a need for a secure wrist fit, nitrile may offer a more practical solution.

Compared with Powdered Gloves

Powdered gloves may be easy to don, but powder can create contamination and residue concerns. Powder-free nitrile gloves are better aligned with clean handling, food preparation, medical support, and professional hygiene policies. The powder-free design also presents a cleaner appearance and reduces the risk of powder transfer to products or equipment.

Compared with Generic Uncontrolled Supply

Price-only purchasing can create hidden costs when gloves vary in weight, fit, color, strength, or availability from one shipment to another. A manufacturer with controlled processes, large-scale capacity, and documented quality management can provide a stronger basis for consistent repeat orders. Stable supply and predictable specifications can reduce interruptions, complaints, and unnecessary glove changes.

Comfort and User Experience

Comfort is essential when gloves are worn repeatedly or for extended shifts. A glove that causes pressure, excess sweating, finger restriction, or frequent tearing may reduce productivity and encourage improper use. The XS size supports a closer fit for smaller hands, while nitrile elasticity helps the glove follow natural hand movement.

The smooth or carefully finished interior of a powder-free glove can support easier donning while avoiding the residue associated with powdered designs. Users should ensure that hands are clean and dry before putting on gloves. If gloves are difficult to don, the issue may result from wet hands, incorrect size, unsuitable storage conditions, or an application that requires a different glove design.

Textured fingertips contribute to handling confidence. Grip is particularly important when users handle wet containers, food packaging, laboratory tubes, tools, or small components. Better grip can reduce the need to squeeze objects excessively, potentially supporting more relaxed hand posture during repetitive tasks.

Comfort does not mean that gloves should be worn indefinitely. Disposable gloves should be changed when they are damaged, visibly soiled, contaminated, after contact with incompatible substances, between different tasks where cross-contamination is possible, and according to the facility’s hygiene procedures. Proper use combines a comfortable product with disciplined glove-changing practices.

Applications Beyond Food Handling

Although the product is positioned for food-grade use, powder-free nitrile gloves can serve multiple professional markets when the specific specification and compliance documentation are appropriate.

In healthcare support, nitrile gloves may be used for examination, cleaning, sample handling, patient-care support, and non-sterile procedures where the product is authorized for the intended purpose. The latex-free material can support facilities that are reducing latex exposure.

In laboratories, the gloves can assist with sample preparation, routine handling, cleaning, and general bench work. Buyers should assess chemical compatibility before using the gloves with hazardous substances. Nitrile resistance varies according to the chemical and exposure conditions.

In industrial operations, gloves may be used for inspection, light assembly, packaging, maintenance, and handling of components. The black color can be useful in applications where visible stains or a professional appearance are preferred, while blue may support visual identification and task differentiation.

In cleaning and sanitation, nitrile gloves can provide a practical disposable barrier for routine tasks. The 12-inch version may be considered when additional wrist coverage is helpful. Users should remember that disposable nitrile gloves are not automatically suitable for concentrated chemicals, high heat, sharp edges, or heavy mechanical hazards.

In salons, beauty services, tattoo support, automotive detailing, and janitorial work, nitrile gloves are often chosen for their fit, appearance, and broad practical resistance. The selected weight and length can be matched to the duration and intensity of the work.

Sustainability and Responsible Manufacturing

Disposable gloves must be managed responsibly because their high-volume use creates material and waste considerations. The manufacturer describes sustainability initiatives focused on 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 shared sustainability goals.

Responsible manufacturing begins with efficient process control. Reducing defects can lower material waste and decrease the number of gloves discarded before reaching customers. Stable production conditions can also improve energy efficiency by reducing rework, unplanned interruptions, and unnecessary line adjustments.

Packaging optimization is another area for consideration. Buyers can work with the manufacturer to review carton dimensions, labeling, material selection, and shipping efficiency while maintaining adequate product protection. Better warehouse planning and accurate demand forecasting can also reduce obsolete inventory.

At the user level, sustainability includes selecting the correct glove size, changing gloves according to risk rather than arbitrary habits, avoiding unnecessary double-gloving where it is not required, and disposing of used gloves according to local regulations. Gloves contaminated with food residues, chemicals, biological materials, or other substances may require different disposal procedures.

Sustainability should be evaluated together with hygiene and safety. A lower-material glove is not automatically more sustainable if it tears frequently and requires multiple replacements. Conversely, a heavier glove may not be necessary for a low-risk task. Weight customization allows buyers to seek a more appropriate balance between performance, resource use, and operational requirements.

Supply Reliability for International Buyers

Large-volume customers need more than a competitive unit price. They need reliable production scheduling, consistent quality, export experience, clear communication, and predictable packaging. The reported daily output of more than one million pieces gives the manufacturer a strong foundation for serving distributors, wholesalers, institutional buyers, and private-label customers.

Supply reliability is especially important for food processors, hospitals, restaurant groups, laboratories, and cleaning contractors. A glove shortage can interrupt operations, force users to switch sizes or materials, and create training or compliance difficulties. A manufacturer with substantial capacity can help buyers plan repeat orders and maintain safety-stock programs.

International procurement also requires attention to details such as carton marks, palletization, shipping documents, production lead time, inspection arrangements, destination regulations, and payment terms. Customers should communicate their requirements early, particularly when requesting special colors, customized weights, private packaging, or additional testing.

A long-term supply relationship can create further advantages. Once a glove specification has been validated, the buyer and manufacturer can establish repeat-order procedures, quality benchmarks, approved samples, packaging standards, and escalation processes. This reduces the need to re-evaluate a new glove for every purchasing cycle.

Recommended Purchasing Process

Organizations considering this product should begin by defining the intended application. The key questions include whether the glove will contact food, whether it will be used for medical or industrial purposes, whether chemical exposure is expected, how long users will wear the gloves, and whether additional wrist coverage is necessary.

The next step is to select the size and length. XS should be verified through hand measurements or wear trials. Buyers should compare the 9-inch and 12-inch formats according to splash exposure, sleeve interaction, comfort, and task requirements.

Weight and color should then be considered. The 3-to-6.8-gram customization range provides flexibility, but the selected weight should reflect actual performance needs. Buyers should avoid selecting the heaviest option automatically if the application only requires light protection, and they should avoid selecting the lightest option when durability is a priority.

Before confirming a bulk order, request samples or an approved reference sample. Evaluate donning, fit, finger mobility, grip, tearing behavior, appearance, packaging, and user comfort. If the gloves will be used in a regulated environment, review the relevant certificates and test documentation for the precise product configuration.

Finally, confirm commercial details. These may include minimum order quantity, color availability, customization fees, packaging artwork, lead time, inspection standards, shipping terms, shelf-life information, storage instructions, and after-sales procedures. Clear specifications protect both parties and support a smoother production process.

How to Use the Gloves Correctly

Wash and dry hands before putting on gloves. Inspect the package and glove for visible damage. Select the correct size and avoid stretching the glove unnecessarily during donning. If a glove tears while being put on, discard it and use a new one.

Do not wash or reuse disposable gloves unless the manufacturer and applicable procedure specifically authorize such treatment. Washing can weaken the material, remove surface properties, or spread contamination. Replace gloves between tasks when cross-contamination is possible.

Remove gloves carefully by touching only the glove surface and avoiding contact between contaminated exterior surfaces and bare skin. Dispose of used gloves in accordance with workplace rules and local waste requirements. Wash hands after glove removal because gloves are not a replacement for hand hygiene.

For chemical handling, consult compatibility information before use. For sharp objects, high-temperature surfaces, heavy mechanical work, or specialized biological hazards, select protective equipment designed and tested for those risks. The product is a disposable nitrile glove, not a universal substitute for all categories of personal protective equipment.

Frequently Asked Questions

What material are these gloves made from?

They are made from nitrile, a synthetic rubber material. Nitrile is commonly selected for its flexibility, latex-free composition, practical puncture resistance, and suitability for a broad range of professional applications.

Are the gloves powder-free?

Yes. The gloves are powder-free. This construction helps reduce powder residue and supports cleaner handling in food, medical, laboratory, and other professional environments.

What size is available?

The listed product is size XS. This size is intended for users with smaller hands who need a closer fit and better control than a standard larger glove can provide.

What lengths are available?

The standard length is 9 inches, and a 12-inch option is also available. The longer version can provide additional wrist and lower-forearm coverage where the task requires it.

Which colors can customers order?

Blue and black are listed as standard colors. Customized colors may be discussed for larger or specially specified orders, subject to production conditions and order requirements.

Can glove weight be customized?

Yes. The stated customization range is approximately 3 to 6.8 grams. Weight customization is intended to help buyers select a suitable balance between flexibility, tactile sensitivity, material usage, and durability.

Will weight customization change the glove dimensions?

The provided specification states that colors and weights are customizable while dimensions remain unchanged. Buyers should confirm the final approved specification and sample before mass production.

How are the gloves packed?

The standard packing configuration is 100 pieces per box and 10 boxes per carton. This format supports workstation distribution, wholesale handling, and warehouse inventory control.

Are the gloves suitable for food handling?

They are positioned as food-grade powder-free nitrile gloves. However, buyers should confirm applicable food-contact documentation and destination-market requirements for the specific product configuration and intended food-contact conditions.

Are the gloves sterile?

The supplied product information identifies them as powder-free nitrile gloves but does not state that this specific product is sterile. Buyers requiring sterile gloves should request and verify a separate sterile product specification, sterilization method, packaging system, and supporting documentation.

Can the gloves be used for medical purposes?

Nitrile gloves are widely used in medical and examination settings, but intended use depends on product authorization, labeling, testing, and local regulations. Buyers should verify the documentation for the exact product version before using or marketing it for medical purposes.

Do the gloves contain natural rubber latex?

The product is made from nitrile rather than natural rubber latex. Buyers with strict latex-control policies should still review the complete product composition and supplier documentation.

Are the gloves ambidextrous?

Yes. The company information describes the gloves as having an ambidextrous design, allowing either glove to be worn on either hand and simplifying inventory management.

How does the textured fingertip help?

Textured fingertips can improve grip when handling containers, tools, instruments, packaging, and other objects. Grip performance may vary according to moisture, surface conditions, glove weight, and the specific task.

What makes the manufacturer suitable for bulk orders?

The manufacturer reports advanced production lines, a stable daily output of more than one million pieces, full-process temperature control, standardized production environments, strict quality management, and comprehensive process supervision. These capabilities can support large-volume purchasing and repeat-order consistency.

What should be confirmed before a customized order?

Buyers should confirm size, length, weight, color, packaging, labeling, applicable standards, inspection requirements, certificates, minimum order quantity, lead time, shipping details, storage instructions, and the approved pre-production sample.

Conclusion

The 9-inch XS Food-Grade Powder-Free Nitrile Gloves provide a practical solution for users who require a smaller glove size, clean powder-free construction, reliable nitrile performance, and flexible product configuration. The standard 9-inch length supports everyday hand protection, while the 12-inch option provides additional coverage for selected applications. Blue and black are available as standard colors, and customization enables buyers to align the product with visual-management programs, private-label requirements, or customer preferences.

The ability to customize weight from 3 to 6.8 grams gives purchasers additional control over tactile sensitivity, flexibility, and durability without changing the stated dimensions. This makes the product adaptable to food preparation, packaging, healthcare support, laboratories, cleaning, industrial handling, and other professional environments, subject to appropriate compliance verification.

Compared with many latex, vinyl, polyethylene, and powdered alternatives, powder-free nitrile offers a useful combination of latex-free composition, fit, grip, cleanliness, and practical resistance. The XS format further improves suitability for users with smaller hands, helping reduce glove slippage and improve control during detailed tasks.

The manufacturer’s reported investment, production area, advanced production lines, daily output, temperature-control systems, standardized environments, quality-management procedures, and process supervision provide a strong manufacturing foundation. Its stated alignment with recognized standards and its focus on sustainability, environmental management, and long-term customer service further support its position as a capable supplier for international buyers.

For best results, customers should select the glove according to the actual task, verify size through sampling, confirm food-contact or medical documentation where applicable, establish proper storage and disposal procedures, and finalize all custom requirements before production. With these controls in place, the product can become a dependable component of a professional hygiene and hand-protection program.

References

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

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

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

4. EN 455, Medical Gloves for Single Use.

5. EN 374, Protective Gloves Against Chemicals and Micro-Organisms.

6. ISO 9001, Quality Management Systems—Requirements.

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

8. General food-contact glove hygiene and contamination-control principles for food-processing environments.

9. Manufacturer-provided product specifications and company information for powder-free nitrile gloves and non-woven medical products.

Product: 9 inch XS Food-Grade Powder-Free Nitrile Gloves