9-Inch S Fingertip-Textured Nitrile Gloves for Biosafety, Medical, and Industrial Protection

In professional environments where hand protection, dexterity, cleanliness, and reliable barrier performance are essential, disposable nitrile gloves have become a preferred alternative to traditional latex and vinyl products. The 9-Inch S Biosafety Protection Fingertip-Textured Nitrile Gloves are designed for users who require a dependable, powder-free glove with a comfortable fit, enhanced fingertip grip, and adaptable specifications for different application requirements.

These gloves combine nitrile material, a fingertip-textured surface, ambidextrous usability, and a standardized 9-inch format. They are suitable for medical examination, laboratory work, biosafety procedures, industrial handling, food-related operations, cleaning applications, and other environments where contamination control and hand protection are important. The product is available in blue and black, while colors and weights can be customized according to customer requirements.

Manufactured by Jiangsu Complete Sincerity Medical New Materials Co., Ltd., the gloves are supported by large-scale production capability, strict process supervision, controlled manufacturing environments, and a broad quality-management framework. The company specializes in nitrile gloves and non-woven products for medical, industrial, food, and biosafety applications, enabling it to provide both standardized products and OEM/ODM solutions.

Product Overview

The 9-Inch S Biosafety Protection Fingertip-Textured Nitrile Gloves are examination-style disposable gloves made from synthetic nitrile rubber. They are powder-free and designed to provide a practical balance between protection, comfort, tactile sensitivity, and operational efficiency.

The S size is intended for users who need a smaller glove profile and a closer fit around the hand and fingers. A well-fitted glove can help reduce excess material at the fingertips, improve control of small tools, and support accurate handling in laboratory, clinical, inspection, and production environments. As with all glove products, users should confirm the correct size through a sizing evaluation before placing a large order.

The product has a standard 9-inch length, while the supplied product information also identifies 12-inch length as an available specification in the product range. This distinction is important for purchasers. The 9-inch version is suitable for general hand protection and routine examination work, while longer versions may be selected when users require additional wrist or lower-forearm coverage. Customers should confirm the required length, packaging, color, and weight with the supplier before production.

Product Attribute	Specification
Product Name	9-Inch S Biosafety Protection Fingertip-Textured Nitrile Gloves
Material	Nitrile
Size	S
Nominal Length	9 inches; 12-inch option available in the product range
Surface	Fingertip-textured
Powder	Powder-free
Standard Colors	Blue and black
Customization	Color and weight customization available
Weight Customization Range	Approximately 3 to 6.8 grams, with dimensions remaining unchanged
Packaging	100 pieces per box; 10 boxes per carton
Design	Ambidextrous disposable glove

Why Nitrile Is a Preferred Glove Material

Nitrile is a synthetic elastomer widely used in disposable medical and protective gloves. It offers several practical advantages over natural rubber latex and lower-cost vinyl materials. The material is latex-free, making it suitable for workplaces that aim to reduce exposure to natural rubber latex proteins. This is especially relevant in healthcare, laboratories, manufacturing facilities, and public-facing service environments where employees or users may have sensitivities.

Compared with many vinyl gloves, nitrile generally provides better elasticity, improved fit, and stronger resistance to puncture and tearing during routine use. This makes it a suitable material for activities involving repeated hand movement, moderate contact with liquids, frequent glove changes, and handling of tools or instruments. Nitrile also supports a closer hand-conforming shape, which can improve tactile awareness and reduce the loose, plastic-like feeling often associated with some vinyl gloves.

The material does not make a glove suitable for every chemical, biological, or mechanical hazard. Glove selection must always take account of the specific substance, exposure duration, temperature, concentration, pressure, and work activity. Nevertheless, for general examination, biosafety, handling, inspection, and hygiene-related applications, nitrile offers a highly useful combination of protection and usability.

The nitrile formulation used for a glove also affects performance. Factors such as raw-material quality, compounding, dipping conditions, curing, washing, drying, and final inspection influence the finished product. A reliable manufacturer therefore needs more than a supply of nitrile material. It needs control over the complete production process, from formulation management to carton packing.

Fingertip Texturing for Improved Grip

One of the defining features of this glove is its fingertip-textured surface. Texturing creates a patterned contact area on the fingertips, where users most often apply pressure when holding instruments, containers, packaging, tools, or small components. The texture can help improve friction, particularly when the user is working with smooth surfaces or when light moisture is present.

Improved fingertip grip can contribute to more controlled movements. In a laboratory, this may assist with handling sample containers, pipette accessories, slides, or equipment controls. In a medical or examination setting, it can help users maintain a secure hold on instruments and packaging. In production environments, it may reduce the need to grip objects excessively, supporting more consistent repetitive work.

Texturing is also valuable when gloves are used in cleaning, inspection, food-related handling, and general industrial operations. A secure grip can reduce accidental drops and make it easier to manipulate objects without removing the gloves. At the same time, the texture is concentrated at the fingertip area to preserve a relatively smooth feel across other parts of the glove.

Grip performance depends on more than the texture alone. The glove must fit the hand, retain sufficient elasticity, and maintain its surface characteristics during use. A glove that is too loose may slide even when the fingertips are textured, while a glove that is too tight may restrict movement and cause fatigue. This is why the S-size format is particularly relevant for users whose hands require a more precise fit.

9 inch S Biosafety Protection Fingertip-Textured Nitrile Gloves

Powder-Free Design and Workplace Cleanliness

The gloves are powder-free. Powder-free construction is widely preferred in modern healthcare, laboratory, food, cleanroom, and manufacturing environments because it helps reduce unwanted residue and airborne contamination. Powder can transfer to surfaces, instruments, packaging, or products, and it may create additional cleaning requirements. Removing powder from the glove design supports cleaner handling practices.

A powder-free glove can also be more suitable for workplaces where staff handle labels, optical components, medical devices, test materials, or finished products. The absence of powder does not by itself make a glove sterile, chemically resistant, or appropriate for every controlled environment. It does, however, help align the product with applications that require a cleaner glove surface and reduced particulate concerns.

Users should understand the difference between powder-free and sterile. This product is described as powder-free, but the supplied specifications do not identify it as a sterile surgical glove. When a sterile product is required, buyers should request the appropriate sterile specification, packaging configuration, sterilization information, and supporting documentation. The glove should be selected according to the actual risk level and procedural requirements of the application.

Comfort, Fit, and Dexterity

Protection is only effective when workers are willing and able to wear gloves correctly. The design of a disposable nitrile glove must therefore address comfort as well as barrier performance. A suitable glove should allow the fingers to bend naturally, support repeated movements, and avoid excessive looseness around the palm and fingertips.

The S size is intended to serve smaller hand dimensions. Correct sizing can improve tactile feedback and reduce material bunching. This is useful for tasks involving fine manipulation, such as laboratory preparation, medical examination, component inspection, sample handling, and light assembly. A closer fit may also make it easier for the user to operate controls and hold narrow objects.

Nitrile’s elastic properties allow the glove to stretch during hand movement while maintaining contact with the skin. The balance between elasticity and thickness is important. Excessively thin gloves may provide high sensitivity but can be less suitable for demanding handling, while excessively heavy gloves may reduce dexterity. The available customization range of approximately 3 to 6.8 grams allows buyers to discuss a suitable weight for their intended application without changing the basic dimensions.

Weight customization can be useful for different purchasing programs. A lighter specification may be selected for high-volume examination or frequent-change applications where tactile sensitivity and cost efficiency are priorities. A heavier specification may be preferred when users require increased material presence and durability during more demanding routine handling. The final choice should be based on application testing rather than weight alone.

Comfort is also affected by the glove’s inner surface, manufacturing consistency, elasticity, cuff shape, and dimensional stability. A manufacturer with process controls can reduce variation between production batches, helping customers maintain a consistent experience across shifts and facilities.

Color Options and Customization Flexibility

The standard colors identified for this product are blue and black. Blue is widely used in medical, laboratory, cleaning, and general protective applications because it presents a clear visual contrast against many backgrounds. Black is often selected for industrial, automotive, beauty, inspection, and service applications because it can provide a professional appearance and may make certain stains or material residues easier to distinguish.

Color can also support workplace organization. Different departments may assign different glove colors to specific tasks, production areas, or risk categories. For example, one color may be used for clean handling, another for maintenance, and another for waste or cleaning operations. Such systems can help support visual controls, although color coding should always be combined with written procedures and employee training.

Customers can discuss customized colors when a standard blue or black option does not match their brand, workflow, or market requirements. Custom colors may be relevant to distributors, healthcare networks, industrial groups, food-processing facilities, and private-label product programs. Color customization should be reviewed alongside raw-material suitability, production minimums, lead time, packaging artwork, and sample approval.

The company also supports OEM and ODM cooperation. This may include customized color, weight, packaging, labeling, product combinations, and other commercially relevant features. Any customization should be confirmed through a formal technical and commercial review so that the required specifications are clearly documented before mass production.

Packaging and Supply Efficiency

The stated packaging format is 100 pieces per box and 10 boxes per carton. This means one carton contains 1,000 gloves, assuming the stated pieces-per-box quantity refers to individual gloves. Buyers should confirm whether the packaging is organized as individual gloves or pairs, because disposable glove packaging conventions can differ by market and product program.

A consistent packaging configuration supports inventory planning, warehouse management, distribution, and consumption forecasting. Hospitals, laboratories, factories, food-processing facilities, and distributors can calculate approximate usage by carton, department, shift, or contract period. Clearly organized boxes also make it easier for users to replenish dispensers and maintain stock at workstations.

For international purchasers, packaging review should include carton dimensions, gross and net weight, pallet configuration, shipping marks, language requirements, barcode information, lot identification, production date, expiration information where applicable, and storage instructions. These details may vary according to destination market and customer requirements.

The packaging can also be adapted for OEM/ODM programs. Distributors may request private-label boxes, multilingual instructions, customized carton printing, or coordinated product families. Such options can help customers create a consistent market identity while using a professionally manufactured nitrile glove platform.

Applications Across Multiple Industries

Medical Examination and Clinical Support

Powder-free nitrile gloves are widely used for routine examination, patient care support, cleaning of non-critical surfaces, sample handling, and other activities where disposable hand protection is required. The fingertip texture can support handling of instruments and packaging, while the latex-free material is useful for workplaces seeking to reduce natural rubber latex exposure.

Healthcare users should select the appropriate glove classification for each task. Examination gloves are not automatically equivalent to sterile surgical gloves, chemotherapy gloves, or gloves specifically tested for specialized pharmaceutical handling. The product should be matched to the procedure, exposure risk, and applicable institutional requirements.

Laboratories and Biosafety Work

Laboratory personnel often need gloves that combine tactile sensitivity with a dependable barrier against routine contact. The S size may be suitable for users with smaller hands who handle sample tubes, containers, tools, labels, and instruments. Fingertip texturing can improve control when working with smooth or slightly damp materials.

Laboratory managers should establish glove-change procedures, hand hygiene practices, and chemical compatibility rules. Gloves should be replaced immediately when torn, visibly contaminated, or suspected of having been compromised. They should not be used as a substitute for engineering controls, safe handling procedures, ventilation, eye protection, or other required personal protective equipment.

Food Handling and Processing

Nitrile gloves are commonly selected for food-related handling because they are powder-free, comfortable for repetitive work, and available in colors that can support visual workplace controls. Blue gloves may be used where high visibility is preferred. A customer should verify that the final glove configuration, raw materials, and intended use meet the food-contact requirements applicable in the destination market.

Food-processing operations should also manage glove changes carefully. Gloves can become contaminated just as hands can, so employees should replace them after handling waste, touching non-food surfaces, changing tasks, or experiencing a tear. Proper glove use must complement handwashing and established food-safety procedures.

Industrial and Manufacturing Operations

In industrial settings, the gloves can be used for assembly, inspection, light maintenance, packaging, component handling, cleaning, and general production support. Nitrile’s combination of flexibility and resistance to routine wear makes it a practical option for tasks where workers need a disposable barrier without sacrificing too much dexterity.

The glove is not intended to replace specialized cut-resistant, heat-resistant, impact-resistant, or heavy chemical-protective gloves. When an operation involves sharp edges, high temperatures, strong solvents, energized equipment, or high-impact hazards, a formal hazard assessment should determine whether additional or different hand protection is necessary.

Cleaning and Sanitation

Powder-free nitrile gloves can support janitorial, sanitation, housekeeping, and facility-maintenance activities. The textured fingertips may improve handling of cleaning tools and containers. However, chemical resistance varies by formulation and chemical substance. Cleaning managers should consult chemical compatibility data and conduct task-specific evaluations before assigning the gloves to concentrated disinfectants, solvents, or aggressive cleaning chemicals.

Beauty, Personal Care, and Service Applications

Black nitrile gloves are frequently favored in beauty, tattoo, salon, automotive detailing, and service environments where appearance and stain concealment are important. The gloves can offer a professional visual presentation while protecting the wearer from routine contact with dyes, lotions, oils, and other materials. The specific chemical suitability of the glove should still be confirmed for each product used.

Manufacturing Process and Quality Strengths

The performance of a disposable glove is influenced by every stage of production. Jiangsu Complete Sincerity Medical New Materials Co., Ltd. operates advanced production lines and reports a stable daily output of more than one million pieces. Large-scale production can provide supply continuity for distributors and institutional buyers, provided that capacity is supported by effective quality controls and production planning.

The company operates in a 32,000-square-meter construction area and uses full-process temperature control. Temperature management is important in nitrile glove production because dipping, gelation, curing, drying, and finishing conditions can influence elasticity, strength, surface characteristics, and dimensional consistency. Stable process conditions help reduce variation between batches.

A typical nitrile glove manufacturing sequence begins with raw-material preparation. Nitrile latex and other formulation components are managed according to an established recipe. The formulation may include materials that support elasticity, curing, color development, stability, and processing performance. Consistent weighing, mixing, and conditioning are important because formulation variation can affect the final glove.

Former preparation is another essential stage. Hand-shaped formers are cleaned and treated before dipping. Their dimensions and surface condition influence glove shape, thickness distribution, and release performance. Proper cleaning helps prevent residues or contaminants from affecting the glove surface.

During coagulant application and latex dipping, the former is coated under controlled conditions. The dipping speed, immersion depth, withdrawal rate, latex viscosity, and temperature can influence the amount of material deposited. These parameters are especially relevant when producing gloves with targeted weight ranges and consistent dimensions.

After dipping, the nitrile layer undergoes gelation and leaching. Leaching helps remove water-soluble residues and processing materials from the glove film. Adequate washing and controlled conditions contribute to a cleaner finished product and support the powder-free design.

Curing or vulcanization develops the glove’s final elastic properties. Time and temperature must be managed carefully. Under-curing may result in inadequate strength or elasticity, while excessive or poorly controlled curing may affect flexibility and aging performance. Full-process temperature control can help maintain a stable production environment.

Texturing is integrated into the manufacturing process to create the specified fingertip surface. The texture must be sufficiently defined to support grip while remaining compatible with comfort and tactile response. Consistency is important because irregular texturing could create differences in handling performance from one glove to another.

After curing, washing, drying, and finishing, the gloves are stripped from the formers and inspected. Inspection may include visual checks, dimensional checks, weight checks, and testing for physical properties. Pinhole control is particularly important for disposable protective gloves. The company identifies strict pinhole control and comprehensive process supervision as part of its quality approach.

Finally, gloves are counted, packed, boxed, and placed into cartons. Traceability and batch management support customer service and quality investigations. A professional production system should be able to associate finished products with relevant raw-material, process, inspection, and packaging records.

Quality Management and Standards Orientation

The company states that its products are manufactured in accordance with recognized quality and compliance standards, 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, examination-glove performance, chemical or biological barrier evaluation, and market compliance.

Because standards and regulatory requirements depend on the exact product, market, claim, and certification scope, buyers should request current documentation for the specific glove configuration being purchased. A general company capability statement should not be interpreted as proof that every size, color, weight, packaging format, or customized version carries every listed certification.

ISO 13485 is associated with quality-management systems for medical devices, while ISO 9001 provides a broader framework for quality management. EN455 is commonly associated with medical examination gloves, and EN374 relates to protective gloves against chemicals and microorganisms. ASTM standards may address examination-glove specifications or specialized barrier performance. Each standard has its own scope, test conditions, and documentation requirements.

For importers and professional buyers, a complete technical review may include product specifications, test reports, declarations, certificates, factory quality documents, lot information, labeling samples, and regulatory statements. The exact documentation required will depend on the destination country and the intended product claim.

Advantages Compared with Competing Disposable Gloves

Compared with Powdered Gloves

The powder-free design offers a cleaner option for workplaces that want to reduce residue, airborne particles, and transfer onto surfaces. It is particularly relevant in laboratories, healthcare support, food handling, and clean manufacturing. Powder-free gloves may also reduce the cleaning burden associated with powder deposits.

Compared with Latex Gloves

The nitrile, latex-free composition is advantageous for organizations that want to reduce exposure to natural rubber latex proteins. Nitrile also provides a synthetic alternative with a strong balance of elasticity, tactile performance, and routine durability. Users should still consider individual sensitivities to other glove ingredients and should follow workplace health procedures.

Compared with Vinyl Gloves

Nitrile usually provides a closer fit, better elasticity, and more reliable tactile performance than many vinyl options. This makes it more suitable for tasks involving repeated finger movement, moderate handling demands, and closer contact with objects. Vinyl may remain appropriate for very light, short-duration tasks, but nitrile is often selected when performance requirements are higher.

Compared with Smooth-Fingertip Gloves

The fingertip texture provides a functional grip advantage for handling smooth objects, instruments, containers, and tools. Texturing can improve control and may help reduce accidental slipping during routine work. This feature adds value without requiring a fully roughened glove surface.

Compared with Inconsistent Low-Cost Supply

Price is important in high-volume glove purchasing, but consistency is equally important. Variations in fit, weight, color, packaging, and physical performance can create operational problems. A manufacturer with advanced production lines, process temperature control, standardized environments, large output, and quality supervision can provide a stronger foundation for stable supply than an unverified low-cost source.

Customization from 3 to 6.8 Grams

The stated customization range of approximately 3 to 6.8 grams allows buyers to adjust material usage while keeping the product dimensions unchanged. This feature is useful because different applications value different combinations of cost, sensitivity, durability, and perceived protection.

For high-frequency glove changes, a lighter glove may provide efficient material use and good tactile response. For applications involving more contact with tools, packaging, or general industrial materials, a heavier glove may provide a more substantial feel. Weight should not be viewed as the sole indicator of quality. Thickness distribution, tensile properties, elongation, curing, formulation, and pinhole performance also influence the finished product.

When ordering a customized weight, buyers should request samples and compare them under actual working conditions. Evaluation may include donning and removal, finger movement, grip, tearing during use, cuff behavior, visual appearance, and user comfort over a full work period. The selected specification should then be documented in the purchase agreement and quality plan.

Because dimensions remain unchanged, customization is focused on material weight rather than changing the basic product shape. This can help customers maintain a familiar size and fit while adjusting the glove’s material profile for a particular market or workflow.

How Buyers Should Evaluate the Product

Professional procurement teams should begin by defining the application. Important questions include whether the gloves are intended for examination, laboratory handling, food contact, industrial work, cleaning, biosafety procedures, or general protection. The required standard, testing, and labeling may differ according to the answer.

The next step is to determine size distribution. Although this product is the S size, many organizations purchase multiple sizes for a mixed workforce. A complete glove program should provide appropriate sizing rather than asking all employees to use one size. Poor sizing can increase hand fatigue, reduce dexterity, and encourage improper use.

Buyers should then confirm the desired length. The product title identifies a 9-inch format, while the product specification also lists 12 inches as an available length. These should be treated as separate options during quotation and approval. The selected length should appear clearly on samples, packaging artwork, purchase documents, and quality records.

Color, weight, packaging, and private-label requirements should also be confirmed. Customized products may require additional time for color matching, sample approval, artwork review, and production scheduling. A written specification prevents misunderstandings between the buyer, manufacturer, logistics provider, and end users.

Samples should be tested in realistic conditions. For a laboratory, this may involve instrument handling and sample preparation. For an industrial customer, it may involve assembly, inspection, or contact with oils and materials. For food handling, evaluation should include comfort, task changes, and glove replacement procedures. Practical testing can identify issues that are not visible from a specification sheet alone.

Storage, Handling, and Use Recommendations

Disposable nitrile gloves should be stored in a clean, dry location away from direct sunlight, excessive heat, ozone-generating equipment, moisture, and chemicals that could affect the packaging or glove material. Cartons should be protected from crushing and stored in a way that allows older stock to be used first.

Users should inspect the box and gloves before use. Gloves with visible damage, contamination, unusual brittleness, or significant discoloration should not be used. Hands should be clean and dry before donning when workplace procedures require hand hygiene. Gloves should be changed between tasks and immediately after contamination or damage.

Gloves should not be washed, disinfected, or reused unless the product and workplace procedure specifically authorize such treatment. Reuse can compromise barrier performance and increase the risk of cross-contamination. Used gloves should be removed carefully to avoid transferring contaminants to the hands or surrounding surfaces.

Where chemical exposure is possible, users should consult compatibility information for the actual chemical and conditions. Chemical resistance depends on concentration, temperature, contact time, pressure, and the condition of the glove. A general nitrile designation does not guarantee protection against every chemical.

Sustainability and Responsible Manufacturing

Disposable gloves are essential in many applications, but responsible production and use remain important. The company identifies sustainability initiatives that include reducing energy consumption and emissions, improving resource recycling, using more environmentally friendly materials and processes, maintaining clean production environments, and cooperating with supply-chain partners on shared sustainability goals.

Manufacturing efficiency can support sustainability by reducing material waste, improving process stability, lowering rejected-product rates, and optimizing energy use. Stable production conditions may also help ensure that more of the raw material becomes usable product rather than scrap. These benefits should be supported by measurable management practices and ongoing improvement.

Customers can contribute by ordering the correct specifications, avoiding unnecessary over-thickness, maintaining appropriate inventory, and educating employees about correct glove use and disposal. Choosing the lightest suitable glove for a task can reduce material consumption, but safety and performance requirements must always take priority.

Supply-chain cooperation is also relevant. Buyers may request information about packaging reduction, carton optimization, manufacturing waste management, energy practices, and environmental documentation. A long-term supplier relationship can make it easier to establish improvement targets and monitor progress over time.

Company Manufacturing Capabilities

Jiangsu Complete Sincerity Medical New Materials Co., Ltd. is described as a professional manufacturer of medical examination gloves with a total investment of RMB 1.08 billion and a construction area of 32,000 square meters. Its stable daily output of more than one million pieces indicates a production platform designed to serve large-volume customers and recurring supply programs.

The company produces nitrile gloves and non-woven products for medical, industrial, food, and biosafety applications. This product breadth allows customers to consider coordinated sourcing for multiple categories of protective products. It also reflects experience in manufacturing materials that require controlled environments, standardized processing, packaging discipline, and quality oversight.

The company emphasizes advanced manufacturing technologies, comprehensive environmental and safety management systems, full-process temperature control, and international quality and compliance standards. These capabilities are relevant to customers seeking dependable production rather than a one-time spot purchase. Long-term supply depends on repeatable processes, capacity planning, quality consistency, and responsive communication.

Its stated business principles include professionalism, integrity, sustainability, stable quality, and sincere service. For international customers, these principles are most valuable when translated into practical support, including clear specifications, sample review, technical documentation, production updates, inspection arrangements, packaging confirmation, and after-sales communication.

Frequently Asked Questions

Are these gloves made from latex?

No. The product is made from nitrile, a synthetic rubber material. It is described as latex-free, making it suitable for organizations seeking an alternative to natural rubber latex gloves. Users with known sensitivities should still follow their own medical or occupational-health guidance.

Are the gloves powder-free?

Yes. The product specification identifies the gloves as powder-free. This supports applications where reduced powder residue and cleaner handling are important.

What size is this product?

This product is size S. Buyers should confirm the hand-size requirements of their workforce and request a size chart or sample evaluation when necessary.

What is the glove length?

The product title identifies a 9-inch glove. The supplied product information also lists 12 inches as an available length in the product range. Buyers should specify whether they require the 9-inch or 12-inch version when requesting a quotation or placing an order.

What does fingertip-textured mean?

Fingertip-textured means that the fingertips contain a patterned surface designed to improve grip and handling control. This can be helpful when holding smooth instruments, containers, tools, or components.

Can the color be customized?

Yes. Blue and black are listed as standard colors, and color customization is available. Customized colors should be confirmed through a sample, color approval, minimum-order review, and packaging discussion.

Can the glove weight be customized?

Yes. The stated customization range is approximately 3 to 6.8 grams, while the dimensions remain unchanged. The final weight should be confirmed with the manufacturer and evaluated through samples before mass production.

Are these gloves sterile?

The supplied product information identifies the gloves as powder-free but does not identify this specific product as sterile. Customers requiring sterile gloves should request a dedicated sterile product specification and supporting documentation.

Are these gloves suitable for chemical protection?

Nitrile provides useful resistance to many common substances, but chemical performance depends on the specific chemical, concentration, temperature, contact time, and work conditions. Buyers should request applicable compatibility data and conduct a task-specific risk assessment.

What is the packaging quantity?

The stated packaging is 100 pieces per box and 10 boxes per carton. This indicates 1,000 pieces per carton if the quantities refer to individual gloves. Buyers should confirm the counting and packing method before ordering.

Can the product be used for food handling?

The gloves are identified as suitable for a range of applications that includes food-related operations. However, buyers should verify that the specific product, formulation, labeling, and documentation meet the food-contact requirements of the intended market.

Can the product be used in a laboratory?

Yes, the powder-free nitrile construction and fingertip texture make the gloves suitable for many routine laboratory tasks. Laboratory managers must still evaluate the chemicals, biological materials, procedures, and required protective-equipment standards for each activity.

Does the company support OEM and ODM orders?

Yes. The company offers OEM/ODM cooperation. Potential customization may include color, weight, packaging, labeling, and related product-program requirements, subject to technical review and production confirmation.

What quality standards are associated with the manufacturer?

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. Buyers should request current documentation for the exact product and destination market because certification scope can vary.

Conclusion

The 9-Inch S Biosafety Protection Fingertip-Textured Nitrile Gloves provide a practical solution for organizations seeking powder-free, latex-free, disposable hand protection with improved fingertip grip. Their nitrile construction supports a useful balance of elasticity, comfort, tactile handling, and routine durability. The S size is designed for users who need a smaller fit, while the available weight customization range allows buyers to align the glove with different operational and purchasing priorities.

Blue and black standard colors, customizable color options, 9-inch and 12-inch length choices within the product range, and OEM/ODM support make the product adaptable for distributors and end users. The 100-piece box and 10-box carton format supports organized storage and high-volume procurement.

The product is further supported by the manufacturer’s large production capacity, advanced production lines, controlled manufacturing environment, full-process temperature management, quality supervision, and experience in medical, industrial, food, and biosafety products. For customers comparing suppliers, these manufacturing strengths can be as important as the glove’s visible features.

Before purchasing, customers should confirm the exact length, size, weight, color, packaging, intended application, certification scope, and documentation requirements. With appropriate specification review and application testing, these fingertip-textured nitrile gloves can support reliable daily operations across healthcare, laboratories, manufacturing, food handling, cleaning, and other professional environments.

References

1. Product specification information for 9-Inch S Biosafety Protection Fingertip-Textured Nitrile Gloves.

2. Manufacturer-provided information concerning nitrile glove production, customization, packaging, and company capabilities.

3. ISO 9001, Quality Management Systems—Requirements.

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

5. EN 455, Medical Gloves for Single Use.

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

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

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

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

10. General occupational-health guidance concerning disposable glove selection, storage, use, replacement, and disposal.

Product: 9 inch S Biosafety Protection Fingertip-Textured Nitrile Gloves