9-Inch XS Food-Grade Textured Nitrile Gloves: Reliable Grip, Comfort, and Production Quality

In food processing, catering, laboratory handling, healthcare support, and other controlled working environments, gloves must provide more than a basic protective barrier. They must fit securely, support precise hand movements, resist tearing during normal use, maintain a dependable grip when surfaces are wet or oily, and comply with the hygiene expectations of professional operations. The 9-inch XS Food-Grade Textured Nitrile Gloves are designed to address these requirements through a combination of powder-free nitrile material, a fully textured surface, an ambidextrous design, and controlled manufacturing processes.

These gloves are manufactured by Jiangsu Complete Sincerity Medical New Materials Co., Ltd., a professional producer of medical examination gloves and non-woven products in China. The company operates large-scale production facilities, advanced production lines, standardized production environments, strict quality systems, and full-process temperature control. Its stated daily production capacity exceeds one million pieces, allowing it to serve customers that require stable supply, consistent specifications, and private-label or customized product programs.

The 9-inch XS model is especially suitable for users with smaller hands or for applications that require a close-fitting glove. Its compact extra-small size supports improved control and reduces excessive material at the fingertips and palm. The glove is available in blue and black, while colors and weights can be customized according to project requirements. The specified customization range is from 3 to 6.8 grams, while the product dimensions remain unchanged.

A key feature of this product is its fully textured surface. Unlike gloves with texture only on the fingertips, a fully textured nitrile glove provides enhanced friction across the fingers, palm, and other contact areas. This design can help workers maintain control when handling food containers, tools, packaging, instruments, or materials exposed to moisture. The glove is also powder-free, latex-free, and suitable for applications where cleanliness, comfort, and reduced contamination risk are important considerations.

9 inch XS Food-Grade Textured Nitrile Gloves

Product Overview

The 9-inch XS Food-Grade Textured Nitrile Gloves are disposable protective gloves made from synthetic nitrile rubber. Nitrile is widely used as an alternative to natural rubber latex because it provides a latex-free option while offering flexibility, puncture resistance, and practical chemical resistance for many everyday applications. The material conforms to the hand more comfortably than many rigid protective materials, allowing the wearer to perform repetitive tasks with less interference.

The glove has a nominal length of 9 inches, with a 12-inch length option also available within the product range. The XS size is intended for smaller hands and can be used by workers who require a more precise fit. A properly fitted glove is important because excessive looseness may reduce dexterity, while excessive tightness may cause fatigue or premature tearing. By offering a small size and controlled dimensions, this model helps buyers support a broader range of users.

The product is fully textured rather than smooth. Texture is formed across the glove surface to improve contact with items being handled. In food preparation, for example, texture can make it easier to hold trays, utensils, plastic containers, meat packaging, vegetables, or wet ingredients. In laboratories and industrial environments, it can help operators maintain control of small instruments, sample containers, and non-sharp components.

The gloves are powder-free. Powder-free construction is especially valuable in food-related work because loose powder can create an avoidable contamination concern and may transfer onto products, equipment, packaging, or work surfaces. Powder-free gloves can also be more comfortable for users who experience dryness or irritation associated with glove powder. Their clean surface makes them suitable for professional operations that emphasize hygiene and controlled handling.

Product Item	Specification
Product Name	9-Inch XS Food-Grade Textured Nitrile Gloves
Material	Nitrile
Size	XS
Available Lengths	9 inches and 12 inches
Surface Design	Fully textured
Powder Content	Powder-free
Standard Colors	Blue and black
Color Options	Customizable according to order requirements
Weight Options	Customizable from 3 to 6.8 grams
Packaging	100 pieces per box, 10 boxes per carton
Design	Ambidextrous disposable glove design

The standard packaging configuration is 100 pieces per box and 10 boxes per carton. This format is practical for distribution, warehouse management, food service supply, medical procurement, and industrial purchasing. It also enables buyers to estimate consumption more easily and maintain organized inventory at workstations.

Why Nitrile Is Suitable for Food and Professional Handling

Nitrile is a synthetic elastomer valued for its balance of flexibility, strength, and barrier performance. It can stretch around the hand while returning to its original shape, which helps the glove maintain contact with the skin during normal movement. This flexibility is useful for tasks involving repeated gripping, sorting, cleaning, preparation, inspection, or packaging.

Compared with many low-cost polyethylene gloves, nitrile usually offers a closer fit and better tactile control. Loose polyethylene gloves may be convenient for very short tasks, but they can shift during detailed work and may provide less secure handling. Nitrile is also generally more durable for extended task periods when compared with thin, loose-fitting alternatives. This can help reduce interruptions caused by glove replacement.

Nitrile is also a latex-free material. Natural rubber latex can cause allergic reactions in some users, particularly those who experience repeated occupational exposure. Replacing latex gloves with synthetic nitrile gloves may help organizations reduce latex-related concerns, although employers should always evaluate materials, user needs, and applicable workplace policies before selecting protective equipment.

For food-related operations, the powder-free design is a major practical advantage. Powder can become airborne or transfer to food-contact surfaces. A powder-free nitrile glove avoids that specific source of contamination and presents a cleaner option for food preparation, packing, inspection, and service tasks. The glove should still be used according to the buyer’s food-contact requirements, local regulations, and validated application procedures.

Nitrile also offers useful resistance to many common substances encountered in professional workplaces. However, no disposable glove is universally resistant to every chemical, solvent, temperature, or mechanical hazard. Buyers should review chemical compatibility information and conduct application-specific testing where exposure to aggressive substances, sharp materials, high temperatures, or prolonged contact is expected.

Advantages of the Fully Textured Surface

The fully textured construction is one of the most important differentiating features of this product. Texture creates additional contact points between the glove surface and the object being held. These contact points can improve friction and help compensate for moisture, condensation, oil, or smooth packaging surfaces.

In a food production environment, workers may handle ingredients, containers, trays, knives, utensils, and packaging materials in quick succession. A smooth glove can feel slippery when moisture accumulates on the surface. A fully textured glove gives the wearer a more secure grip across the entire hand, including the palm and fingers. This may support greater control and reduce the need to grip objects excessively tightly.

Improved grip can also contribute to worker comfort. When a glove slips repeatedly, the user may compensate by increasing finger pressure or changing hand position. Over a long shift, these repeated adjustments may contribute to fatigue. A textured surface allows the wearer to hold objects with a more natural level of force, supporting smoother work movements.

The texture is not limited to the fingertips. Finger-only texturing may be adequate for some tasks, but full texturing provides broader coverage. This is beneficial when workers use their palms to stabilize containers, hold larger objects, operate equipment controls, or move materials. It also gives procurement teams a consistent glove option for multiple workstations rather than requiring separate smooth and textured models.

Textured nitrile gloves are useful beyond food processing. They can support laboratory sample handling, janitorial tasks, light industrial assembly, packaging, cleaning operations, medical examination activities, and biosafety-related procedures. The exact suitability depends on the task, exposure level, and applicable regulations, but the grip advantage remains useful in many environments.

Fit, Size, and User Comfort

The XS size is designed for smaller hands. Size selection is an important part of glove performance because the best material cannot compensate for a poor fit. A glove that is too large may wrinkle, slide, or interfere with fine motor movements. A glove that is too small may create unnecessary tension around the fingers, palm, and cuff, potentially increasing discomfort or the risk of tearing.

The 9-inch length offers coverage extending beyond the wrist for many users. This additional coverage can help protect the wrist area from incidental contact with food residues, liquids, dust, and workplace contaminants. The 12-inch option provides longer coverage for applications where a greater portion of the lower forearm needs protection. Buyers can select the length according to task requirements, uniform design, and workplace hygiene procedures.

Nitrile’s elastic properties allow the glove to conform closely to the hand. A closer fit improves tactile awareness and allows users to identify the shape and position of objects more easily. This is particularly useful for sorting, inspection, preparation, laboratory work, and tasks requiring coordinated finger movements.

The gloves are designed for ambidextrous use, meaning the same glove can be worn on either hand. This simplifies dispensing and reduces time spent identifying left- and right-hand gloves. It also makes replacement easier when only one glove needs to be changed. In high-volume workplaces, ambidextrous packaging can support faster glove changes and more efficient inventory management.

Comfort also depends on correct use. Gloves should be selected in the appropriate size, replaced when damaged or visibly contaminated, and removed using procedures that minimize contact with contaminated surfaces. Users should not wear disposable gloves beyond their intended service period or treat them as a substitute for hand hygiene.

Customization for Different Procurement Programs

Many professional buyers require more than a standard catalog product. They may need a specific color for brand identity, workstation organization, contamination control, or department identification. This product supports color customization in addition to the standard blue and black options. Organizations can use different colors to distinguish raw-material handling, finished-product handling, cleaning activities, inspection teams, or other work areas.

Color coding can contribute to workplace organization. For example, a food processor may assign one color to production and another to sanitation. A laboratory may use a particular color for routine handling and another for designated areas. These systems do not replace training or written procedures, but they can provide a visible reminder of task separation.

Weight customization is another important option. The specified customization range is from 3 to 6.8 grams, while the product dimensions remain unchanged. Weight can influence the balance between material efficiency, flexibility, perceived durability, and task comfort. A lighter specification may be suitable for short-duration handling and high-frequency glove changes, while a heavier specification may be preferred for tasks requiring a stronger feel and greater material presence.

Because dimensions remain unchanged during the stated weight customization, buyers can develop different material specifications without changing the basic size and length structure. This can simplify workforce training and reduce the need to introduce multiple fitting systems. Procurement teams can discuss the appropriate weight with the manufacturer according to usage conditions, expected wear time, and target performance.

Customized products require clear communication. Buyers should confirm color, weight, packaging artwork, labeling, quantity, inspection requirements, and production schedules before placing an order. A professional supplier can help align the product configuration with the customer’s operational requirements while maintaining stable manufacturing controls.

Manufacturing Scale and Production Capability

Jiangsu Complete Sincerity Medical New Materials Co., Ltd. has a total investment of RMB 1.08 billion and a construction area of 32,000 square meters. The company operates advanced production lines and reports a stable daily output of more than one million pieces. This scale is important for buyers seeking a long-term supplier rather than a small-volume reseller.

Large-scale production can provide several commercial advantages. First, it supports more consistent supply for customers with recurring demand. Second, it allows production planning to accommodate larger orders and scheduled replenishment. Third, it provides the infrastructure needed for process standardization, quality inspection, environmental control, packaging coordination, and product traceability.

High capacity alone does not guarantee quality. The value of a large manufacturing operation comes from how effectively the production system is controlled. The company emphasizes full-process temperature control, standardized production environments, strict quality management, and comprehensive process supervision. These elements help reduce variation between production batches and support stable product characteristics.

Glove manufacturing requires careful control of numerous stages, including raw material preparation, former cleaning, dipping, coagulation, curing, leaching, surface treatment, stripping, inspection, counting, packaging, and carton handling. Temperature, chemical concentration, line speed, curing conditions, and washing effectiveness can all influence final performance. A controlled production system helps ensure that the glove reaches the intended balance of elasticity, texture, thickness, cleanliness, and strength.

The company’s focus on advanced manufacturing technology and international quality standards gives buyers a stronger basis for evaluating supplier reliability. For distributors and original equipment manufacturing customers, this can reduce the risks associated with inconsistent specifications, unpredictable lead times, and uneven packaging quality.

Process Control and Quality Management

Quality management begins with material selection and continues throughout the entire manufacturing process. Nitrile compound preparation must be controlled to achieve appropriate elasticity, strength, and film formation. If the compound is not prepared consistently, the finished gloves may show differences in feel, color, texture, or mechanical performance.

Formers must be properly cleaned and prepared before dipping. Residual contaminants or uneven former conditions can affect the uniformity of the glove film. Production line monitoring helps ensure that the nitrile dispersion is applied consistently across the former surface and that the desired glove shape is maintained.

Curing is another essential stage. The glove must receive appropriate thermal treatment so that the nitrile film develops its intended physical properties. Inadequate curing may affect strength and elasticity, while excessive or poorly controlled curing may reduce flexibility. Full-process temperature control supports more consistent results across production runs.

Leaching and washing help remove unwanted residues from the glove surface. These steps are particularly important for powder-free gloves and products intended for food-related or professional handling. Effective washing can improve cleanliness and help reduce residual processing materials. The precise process parameters are managed according to the company’s manufacturing procedures and product specifications.

Texturing must also be controlled carefully. The pattern needs to provide useful grip without creating excessive roughness or compromising comfort. A consistent fully textured surface helps ensure that the glove performs similarly across the fingers, palm, and other contact areas. Uniformity is important when the product is used across multiple workstations or distributed under a private-label program.

After production, gloves are inspected for visible defects, pinholes, tears, dimensional issues, color variation, and packaging accuracy. The company describes strict pinhole control and comprehensive process supervision as part of its quality approach. Inspection procedures help identify nonconforming products before shipment and support customer confidence in routine use.

Standards, Certifications, and Compliance Orientation

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 references cover different aspects of product quality, medical device management, barrier performance, chemical resistance, and testing. The exact applicability of each standard depends on the product configuration, intended market, and current certification documentation.

ISO 13485 is associated with quality management systems for medical devices. A quality system based on this framework emphasizes documented processes, risk management, traceability, corrective actions, and controlled production. ISO 9001 is a broader quality management standard focused on consistent processes, customer requirements, continual improvement, and organizational control.

EN455 is commonly associated with requirements for medical examination gloves. EN374 relates to protective gloves and chemical or microorganism resistance testing, depending on the applicable part and classification. ASTM D6319 is a specification for nitrile examination gloves for medical application. ASTM F1671 concerns resistance to penetration by blood-borne pathogens, while ASTM D6978 addresses permeation testing for certain hazardous drugs and other materials.

FDA and CE references are relevant to market access and product conformity in applicable jurisdictions. Buyers should request current declarations, test reports, certificates, technical files, and product-specific documentation before making regulatory claims or importing gloves into a particular market. Standards and certifications should always be confirmed for the exact size, model, material, packaging, and intended use.

The presence of a compliance-oriented manufacturing system is a significant advantage over suppliers that provide limited technical documentation. Distributors, hospitals, food companies, laboratories, and industrial users often need reliable records for supplier qualification, internal audits, customer inquiries, and regulatory review. A supplier capable of supporting this documentation can make the purchasing process more efficient.

Advantages Compared with Competing Disposable Gloves

Compared with Powdered Latex Gloves

The powder-free nitrile design avoids the specific concerns associated with loose glove powder. Nitrile also provides a latex-free option for users and workplaces seeking to reduce potential latex exposure. The synthetic material combines flexibility with a practical level of durability for many handling tasks. For food processing and examination environments, these characteristics make nitrile a strong alternative to powdered latex.

Compared with Smooth Nitrile Gloves

Smooth nitrile gloves may be appropriate for tasks where tactile sensitivity and easy movement are the primary priorities. However, smooth surfaces can be less effective when handling wet, oily, or slippery objects. The fully textured surface of this model offers improved friction across the hand, giving it a practical advantage in applications where grip stability is important.

Compared with Thin Polyethylene Gloves

Polyethylene gloves are often loose-fitting and economical, but they may move around the hand during detailed work. The closer fit of XS nitrile gloves supports better control and more precise movements. Nitrile also generally provides a more substantial barrier and better resistance to tearing during normal handling than very thin polyethylene alternatives.

Compared with Vinyl Gloves

Vinyl gloves can be useful for short, low-risk tasks, but they may offer less elasticity and a looser fit than nitrile. The elastic conformity of nitrile is useful for repetitive movement and detailed handling. The textured construction further improves the product’s grip potential, while the latex-free formulation supports users who prefer to avoid natural rubber latex.

Compared with Generic Untextured Gloves

Generic untextured gloves may not provide the same level of handling confidence in damp or slippery conditions. Full texture, powder-free construction, customizable weight, and multiple length options give this product a broader specification profile. In addition, the manufacturer’s production scale and quality-management orientation provide advantages for buyers who require repeatable supply and documented manufacturing practices.

Applications Across Multiple Industries

The primary application of this product is food-related handling. It can be used for food preparation, ingredient sorting, portioning, packaging, quality inspection, catering, bakery work, restaurant operations, and food distribution tasks. The powder-free construction and textured surface support hygienic handling and improved grip. Users must apply the gloves according to applicable food-contact requirements and replace them when contaminated or damaged.

In medical and healthcare support environments, nitrile examination gloves are widely used for routine examination, cleaning, sample handling, and other activities where a disposable barrier is appropriate. The gloves should only be used for applications covered by the relevant product documentation and local regulatory requirements. They are not a substitute for specialized surgical gloves or gloves designed for high-risk procedures.

Laboratories can use XS textured nitrile gloves for specimen handling, equipment cleaning, sample preparation, and general bench work. The close fit and textured fingers can support manipulation of small containers and instruments. Where chemicals, hazardous drugs, infectious materials, or other high-risk substances are involved, users must consult compatibility data and select gloves with verified performance for the specific exposure.

In industrial settings, the gloves can support assembly, packaging, parts inspection, light maintenance, and material handling. The textured palm can be helpful when workers handle smooth components or tools. The product is not intended to replace cut-resistant, heat-resistant, puncture-resistant, or electrically rated gloves when those specialized hazards are present.

Cleaning and sanitation teams may value the glove’s longer coverage, powder-free surface, and grip characteristics. The 12-inch version may be considered where additional wrist or lower-forearm coverage is preferred. Chemical compatibility should be checked before using the gloves with concentrated disinfectants, solvents, strong acids, strong alkalis, or other aggressive substances.

Biosafety and controlled-environment applications may also benefit from a clean, latex-free, powder-free glove. The company’s stated focus on medical, industrial, food, and biosafety products demonstrates an understanding of the different operational needs associated with professional protective gloves.

Packaging, Distribution, and Inventory Benefits

The standard package contains 100 pieces per box, with 10 boxes per carton. This structure is familiar to many professional glove buyers and supports straightforward unit calculations. A buyer can estimate daily or weekly consumption by box, while distributors can manage carton-level stock for regional delivery.

Box-level packaging is useful for workstations because one box can be placed at a preparation table, laboratory bench, examination room, or production line. Carton-level packaging supports warehouse storage and bulk replenishment. The configuration also provides a practical basis for quotations, purchase orders, container planning, and inventory reporting.

For custom orders, buyers should confirm whether packaging artwork, box markings, carton labels, barcode information, and language requirements can be adjusted. These details are especially important for distributors and private-label customers. Clear labeling should identify the product name, size, quantity, lot information, manufacturing details, and any required regulatory information.

Stable production capacity can help reduce supply interruptions. Customers with predictable demand may benefit from scheduled manufacturing plans and repeat orders based on established specifications. Because the product supports color and weight customization, buyers can develop a consistent purchasing program instead of changing suppliers whenever a special color or material weight is needed.

Environmental and Operational Responsibility

Disposable gloves are used in environments where hygiene and contamination control are essential. Responsible use requires balancing protection with efficient consumption. Gloves should be changed when contaminated, torn, or when moving between incompatible tasks. At the same time, unnecessary replacement and improper disposal can increase material waste.

The manufacturer describes sustainability initiatives that include reducing energy consumption and emissions, improving resource recycling, using more environmentally friendly materials and processes, maintaining clean production environments, and working with supply-chain partners to pursue shared sustainability goals. These efforts indicate an awareness that modern glove manufacturing must consider environmental and operational responsibility in addition to product output.

Manufacturing efficiency can also support sustainability. Stable production processes may reduce defective products, rework, wasted raw materials, and unnecessary packaging losses. Controlled production environments and systematic inspection help ensure that more products meet specification on the first production cycle.

Users should dispose of used gloves according to the contamination status of the material and applicable local waste procedures. Gloves exposed to biological, chemical, or food contaminants may require different handling. The glove should never be washed or reused unless the specific product and application have been expressly validated for reuse, which is not the normal purpose of a disposable examination glove.

How to Select the Correct Configuration

Buyers should begin by evaluating hand size and task requirements. The XS size is appropriate for smaller hands, but users should confirm size measurements through samples or the manufacturer’s sizing guidance. The 9-inch length is suitable for many general tasks, while the 12-inch option may provide additional coverage where the wrist and lower forearm need greater protection.

Next, buyers should assess the working environment. If employees handle wet or oily materials, a fully textured surface is likely to be more useful than a smooth surface. If the operation emphasizes food hygiene, powder-free construction should be prioritized. If latex exposure is a concern, nitrile provides a synthetic latex-free alternative.

Weight should be selected according to the required balance of flexibility, material feel, durability, and replacement frequency. The available customization range of 3 to 6.8 grams allows buyers to discuss an appropriate specification with the manufacturer. Heavier gloves are not automatically better for every task, and lighter gloves may be more suitable when high dexterity and frequent changes are required.

Color should be selected based on workplace procedures, customer preferences, or private-label requirements. Blue and black are standard options, while custom colors can support visual organization and brand differentiation. Customers should confirm color consistency expectations for repeat production.

Finally, buyers should request product documentation relevant to their market. This may include specifications, test reports, certificates, declarations, packaging information, material details, and quality-control records. Application-specific validation remains the responsibility of the buyer and end user.

Recommended Use and Handling Practices

Before putting on gloves, users should wash and dry their hands. The gloves should be inspected for visible damage before use. If a glove has a tear, hole, or other defect, it should be discarded immediately. The correct size should be selected to reduce unnecessary stretching and improve comfort.

Gloves should be changed between different tasks when cross-contamination is possible. They should also be replaced after contact with contaminants, after handling waste, and whenever the glove becomes damaged or excessively soiled. Wearing the same pair for too long can undermine the purpose of a disposable barrier.

Users should avoid touching unnecessary surfaces while wearing contaminated gloves. Gloved hands should not be used to operate shared equipment, touch personal devices, or handle clean materials unless the gloves are known to be clean and appropriate for those tasks. After glove removal, hand hygiene should be performed according to workplace procedures.

These gloves should not be treated as protection against all hazards. Buyers must evaluate whether additional protection is needed for sharp objects, extreme temperatures, concentrated chemicals, electrical hazards, or high-impact risks. The glove’s suitability should be verified through technical documentation and, where appropriate, application testing.

Quality and Supply Advantages for Buyers

From a procurement perspective, the product combines several features that are valuable in a long-term supply relationship. The glove offers a defined XS size, two length options, standard blue and black colors, custom color capability, weight customization from 3 to 6.8 grams, powder-free construction, full texturing, and a familiar carton configuration.

The manufacturer’s large production base is another advantage. A supplier with more than one million pieces of reported daily output can be better positioned to support recurring orders, larger projects, distributor programs, and private-label requirements. Production scale can also support stronger process specialization and more systematic inspection.

The company’s product portfolio covers medical examination gloves and non-woven products for medical, industrial, food, and biosafety applications. This broader manufacturing focus may be useful for buyers seeking multiple categories from one qualified source. Consolidated sourcing can simplify communication, documentation, shipment planning, and supplier evaluation.

The stated certifications and standards provide an additional basis for technical review. Rather than relying only on appearance or price, buyers can evaluate the supplier through documented quality systems, product test results, manufacturing controls, and compliance records. This approach is especially important for hospitals, food processors, laboratories, government purchasers, and international distributors.

Q&A

What material are these gloves made from?

They are made from nitrile, a synthetic rubber material that provides flexibility, a close fit, and a latex-free alternative for many professional applications.

What does fully textured mean?

Fully textured means that the grip-enhancing texture extends across the primary contact areas of the glove, including the fingers and palm, rather than being limited only to the fingertips.

Are the gloves powder-free?

Yes. The product is specified as powder-free, which is useful for food-related, medical, laboratory, and other controlled handling environments.

What size is available for this product?

This product is the XS size. It is intended for users with smaller hands who need a closer fit and better control during detailed work.

What lengths are available?

The product range includes 9-inch and 12-inch lengths. The 9-inch option provides general wrist coverage, while the 12-inch option offers extended coverage toward the lower forearm.

Can the color be customized?

Yes. Blue and black are listed as standard colors, and custom colors can be discussed for specific orders or private-label programs.

Can the glove weight be customized?

Yes. The stated customization range is from 3 to 6.8 grams. The dimensions remain unchanged while the material weight is adjusted according to the agreed specification.

How are the gloves packaged?

The standard packaging is 100 pieces per box and 10 boxes per carton.

Are these gloves suitable for food handling?

They are designed as food-grade textured nitrile gloves and are intended for food-related handling applications. Buyers should still confirm the product documentation and applicable food-contact requirements in the destination market.

Are the gloves suitable for medical use?

The manufacturer specializes in medical examination gloves and states compliance with recognized standards and certifications. Buyers should verify the exact product documentation and intended-use classification before using the gloves in a medical application.

Do these gloves protect against every chemical?

No. Disposable nitrile gloves are not universally resistant to every chemical. Chemical compatibility must be checked for the specific substance, concentration, contact duration, temperature, and working conditions.

Can the gloves be reused?

They are disposable gloves and should normally be replaced after contamination, damage, or completion of the intended task. Reuse should not be assumed unless specifically validated by the responsible organization.

What makes this product different from a smooth nitrile glove?

The fully textured surface provides broader grip enhancement across the hand. This can be beneficial when handling wet, oily, smooth, or slippery items.

What manufacturing strengths does the supplier offer?

The supplier operates a 32,000-square-meter construction area, advanced production lines, full-process temperature control, standardized production environments, strict quality management, and a reported stable daily output of more than one million pieces.

Which standards are associated with the manufacturer’s products?

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. Customers should request current product-specific documentation before making compliance decisions.

Conclusion

The 9-inch XS Food-Grade Textured Nitrile Gloves offer a balanced solution for professional users who need a close fit, dependable grip, powder-free construction, and latex-free material. The fully textured surface supports handling confidence across the fingers and palm, while the XS size helps smaller-handed users perform detailed tasks with improved control. The 9-inch and 12-inch options provide flexibility for different coverage requirements.

Customization further increases the product’s commercial value. Buyers can select standard blue or black colors or discuss custom colors for operational identification and private-label programs. Weight can be customized from 3 to 6.8 grams without changing the stated dimensions, allowing customers to adjust the material specification according to comfort, dexterity, durability, and usage requirements.

The product is supported by a manufacturer with substantial investment, a 32,000-square-meter construction area, advanced production lines, full-process temperature control, standardized manufacturing environments, strict quality management, and a reported daily capacity of more than one million pieces. The company’s orientation toward recognized international standards, medical device quality systems, and comprehensive process supervision provides an important advantage over suppliers that compete only on price.

For food processors, healthcare organizations, laboratories, industrial companies, distributors, and biosafety-related users, this glove can serve as a practical component of a broader protective equipment program. Proper size selection, application-specific validation, appropriate replacement, and compliance with local requirements remain essential. When these factors are managed correctly, the product offers a strong combination of grip, comfort, operational flexibility, supply capability, and manufacturing quality.

References

1. Product specification provided for 9-Inch XS Food-Grade Textured Nitrile Gloves.

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

3. ISO 9001, Quality Management Systems—Requirements.

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

5. EN455, Medical Gloves for Single Use.

6. EN374, 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 Hazardous Drugs.

10. General occupational hygiene and disposable glove handling principles for food, medical, laboratory, and industrial workplaces.

Product: 9 inch XS Food-Grade Textured Nitrile Gloves