9-Inch XXL Biosafety Protection Powder-Free Nitrile Gloves: Performance, Manufacturing Excellence, and Application Value

In medical care, laboratory work, food processing, industrial production, and biosafety-related operations, hand protection must provide more than a basic physical barrier. Professional users need gloves that combine dependable protection, comfortable wear, secure grip, dimensional consistency, and reliable supply. The 9-Inch XXL Biosafety Protection Powder-Free Nitrile Gloves are designed to address these requirements through a latex-free nitrile formulation, a powder-free interior, textured fingertips, an ambidextrous design, and a manufacturing process built around standardized production and quality supervision.

These gloves are manufactured by Jiangsu Complete Sincerity Medical New Materials Co., Ltd., a professional manufacturer of medical examination gloves and non-woven products in Jiangsu, China. The company operates advanced production lines, maintains a large-scale manufacturing facility, and reports a stable daily output of more than one million pieces. Its production system integrates temperature control, process supervision, environmental management, safety management, and quality inspection to support consistent product performance for domestic and international customers.

The 9-inch XXL model is particularly suitable for users who require a larger glove size and a practical balance between hand coverage, flexibility, and operational comfort. The product is available in blue and black as standard color options, while colors and weights may be customized. Weight customization ranges from 3 to 6.8 grams, with the glove dimensions remaining unchanged. A 12-inch length option is also available for applications requiring additional wrist and lower-arm coverage.

As a powder-free nitrile glove, this product is designed to reduce powder-related contamination concerns and support cleaner working conditions. Its nitrile material is latex-free, making it an appropriate choice for environments where natural rubber latex sensitivity is a consideration. The gloves also feature textured fingertips to improve grip when handling instruments, containers, packaging, tools, and other objects.

9 inch XXL Biosafety Protection Powder-Free Nitrile Gloves

Product Overview

The 9-Inch XXL Biosafety Protection Powder-Free Nitrile Gloves are disposable examination and protective gloves made from synthetic nitrile rubber. Their principal function is to create a practical barrier between the wearer’s hands and workplace substances, surfaces, and materials. Although no disposable glove should be treated as an unlimited or universal protective solution, nitrile is widely selected for its combination of elasticity, puncture resistance, chemical resistance characteristics, and suitability for medical and industrial applications.

The XXL size is intended for users who require a larger hand volume and a more spacious fit than standard sizes. A correctly sized glove is essential because excessive tightness may cause fatigue, tearing, and restricted movement, while excessive looseness may reduce tactile control and increase the risk of snagging. The larger design helps accommodate appropriate users while preserving the core functional characteristics of the glove.

The product title identifies the standard glove length as 9 inches. The specification information also identifies a 12-inch length option. This allows buyers to select the appropriate configuration according to the required degree of wrist coverage. The 9-inch version is suitable for general examination, handling, and routine protective tasks. The 12-inch version can be considered when users need extended coverage beyond the wrist, subject to application assessment and procurement confirmation.

Product Category	Biosafety Protection Powder-Free Nitrile Gloves
Material	Nitrile
Size	XXL
Standard Length	9 inches
Optional Length	12 inches
Powder Content	Powder-free
Standard Colors	Blue and black
Customization	Colors and weights can be customized
Weight Customization Range	3 to 6.8 grams
Packaging	100 pieces per box, 10 boxes per carton
Design	Ambidextrous

The packaging configuration contains 100 pieces per box and 10 boxes per carton, resulting in 1,000 gloves per carton. This format supports organized inventory management in hospitals, laboratories, factories, food-processing facilities, cleaning operations, and distribution channels. Individual boxes can be placed at multiple workstations, while carton-level packaging simplifies warehouse handling and transportation planning.

Why Nitrile Is a Valuable Glove Material

Nitrile is a synthetic elastomer that has become a preferred material for many disposable glove applications. Compared with natural rubber latex, nitrile provides a latex-free alternative for users and workplaces seeking to reduce exposure to natural rubber proteins. This is particularly relevant in healthcare environments, where gloves may be worn by medical staff, patients, laboratory personnel, visitors, and support workers with different sensitivities.

Nitrile also offers a useful balance between flexibility and resistance to tearing and puncture during routine use. The exact level of resistance depends on glove thickness, formulation, manufacturing quality, storage conditions, and the substance or activity involved. Even so, nitrile gloves are broadly used in examination, diagnostic, laboratory, manufacturing, maintenance, food handling, and cleaning applications because they combine practical dexterity with dependable material performance.

For professional users, the value of nitrile extends beyond simple material selection. The manufacturing process must control the formulation, dipping conditions, curing, washing, drying, surface treatment, and inspection stages. Inconsistent processing can create weak points, uneven thickness, poor elasticity, or excessive defects. Therefore, a high-quality nitrile glove depends on the relationship between the raw material and the production system used to convert that material into a finished product.

The gloves supplied by Jiangsu Complete Sincerity Medical New Materials Co., Ltd. are manufactured within a production system that emphasizes standardized environments, temperature control, process supervision, and strict quality management. These controls are important because nitrile performance is affected by production parameters. Stable processing helps support more consistent hand feel, fit, color, surface texture, and barrier characteristics from batch to batch.

Powder-Free Construction for Cleaner Workflows

The powder-free design is one of the most important features of this product. Traditional powdered gloves may use powder to make donning easier, but powder can become airborne, settle on surfaces, transfer to materials, or create concerns in sensitive working environments. Powder may also interfere with certain processes, contaminate samples, or create avoidable housekeeping requirements.

Powder-free nitrile gloves are designed to provide a cleaner alternative. Their interior surface is processed to support practical donning without adding loose powder. For hospitals, laboratories, clean production areas, food-related operations, and biosafety workspaces, reducing unnecessary particulate transfer can simplify handling procedures and help maintain a more controlled environment.

Powder-free construction is also advantageous when gloves are used around instruments, product surfaces, packaging, or materials that must remain visually clean. In food processing and manufacturing, loose powder may be undesirable because it can transfer to products or equipment. In laboratories, powder-free gloves can help reduce the risk of introducing unwanted particles during sample preparation and routine handling.

Users should still follow the glove-change procedures, hand hygiene requirements, contamination-control policies, and disposal rules established for their specific workplace. Powder-free does not mean that a glove can be reused indefinitely or that it eliminates all contamination risks. It is one component of a broader protective and operational system.

XXL Fit and Practical Hand Coverage

Fit directly affects the performance of disposable gloves. The XXL format is designed for larger hands, helping reduce excessive stretching across the fingers, palm, and thumb. A glove that is too small may be difficult to put on, may fatigue the wearer, and may tear during routine movement. By contrast, a suitable XXL glove can provide more comfortable coverage while allowing the wearer to carry out repetitive tasks with less hand strain.

The glove’s ambidextrous construction allows the same glove to be worn on either hand. This simplifies dispensing, reduces sorting requirements, and makes replacement faster during busy operations. Ambidextrous gloves are especially convenient when workers need to change gloves frequently or when gloves are stored at several workstations.

The 9-inch format provides practical coverage for many routine examination, handling, cleaning, and processing tasks. Where users require additional coverage for the wrist or lower forearm, the 12-inch option can be selected. Buyers should match the glove length to the risk assessment, sleeve design, liquid exposure potential, movement requirements, and relevant workplace procedures.

Comfort is also influenced by elasticity, surface finish, finger shape, cuff design, and weight. The company offers customization of glove weight from 3 to 6.8 grams while keeping the dimensions unchanged. This provides buyers with an opportunity to balance material usage, tactile feel, durability expectations, and application requirements. A lighter glove may be preferred for high-frequency examination and handling tasks, while a heavier configuration may be considered for applications requiring a more substantial feel.

Textured Fingertips for Improved Grip

Glove performance is not determined only by the barrier between the hand and the external environment. The ability to securely hold and manipulate objects is equally important. This product features textured fingertips designed to improve grip during routine work. Texture can help users handle instruments, containers, packaging, tools, and smooth surfaces with greater control, particularly when moisture or light contamination is present.

Improved grip may reduce the need to squeeze objects excessively. When workers must compensate for a slippery glove surface, they may apply unnecessary force, leading to hand fatigue or accidental drops. A textured fingertip can support more controlled movements during activities such as opening packaging, transferring materials, holding laboratory equipment, arranging medical supplies, or handling production components.

Grip requirements vary by application. A glove intended for delicate laboratory work may need to balance traction with tactile sensitivity, while a glove used in industrial or cleaning operations may prioritize a stronger surface feel. The 9-inch XXL model is designed as a versatile option for professional environments where dependable handling is required without sacrificing the advantages of a disposable nitrile format.

Advantages Compared with Ordinary Disposable Gloves

Many low-cost disposable gloves are designed primarily to meet a basic price point. They may provide limited options for size, color, length, or weight, and they may be produced with less emphasis on consistent process control. In professional use, the apparent savings from a low purchase price can be offset by frequent tearing, inconsistent fit, poor grip, packaging inefficiency, or unpredictable supply.

The 9-Inch XXL Biosafety Protection Powder-Free Nitrile Gloves offer several advantages over generic alternatives. First, the product is based on nitrile rather than natural rubber latex, which makes it suitable for buyers seeking a latex-free material. Second, the powder-free construction supports cleaner workflows. Third, the XXL size and optional 12-inch length address users whose requirements are not fully served by standard small, medium, or large glove formats.

Fourth, the product supports customization. Buyers may request specific colors and glove weights within the stated range. Customization can help organizations coordinate glove colors with departments, distinguish different work processes, support brand programs, or select a material weight suited to a particular operating environment. Since dimensions remain unchanged, customization can be planned without changing the basic size configuration.

Fifth, the manufacturing company has a large production capacity and an established medical-materials focus. A stable daily output of more than one million pieces helps support larger orders and repeat supply planning. Capacity alone does not replace product verification, but it can reduce the supply risk associated with relying on a small or inconsistent source.

Sixth, the company’s quality and compliance framework references internationally recognized standards and certifications, including FDA, CE, ISO 13485, ISO 9001, EN455, EN374, ASTM D6319, ASTM F1671, and ASTM D6978. Buyers should confirm the exact certificate scope, product model, test report, market requirement, and regulatory documentation applicable to their order. Nevertheless, the company’s alignment with these recognized frameworks demonstrates a structured approach to product quality, management systems, and performance evaluation.

Evaluation Area	Product Advantage	Value to Professional Buyers
Material	Latex-free nitrile	Supports applications seeking an alternative to natural rubber latex
Interior	Powder-free	Helps reduce loose-powder transfer and supports cleaner work areas
Fit	XXL sizing	Provides a larger option for users who need additional hand volume
Length	9-inch standard and 12-inch option	Allows selection according to coverage requirements
Grip	Textured fingertips	Supports controlled handling of instruments, tools, and materials
Design	Ambidextrous	Simplifies dispensing and glove replacement
Customization	Color and weight options	Supports application-specific and organizational purchasing programs
Packaging	100 pieces per box and 10 boxes per carton	Supports workstation distribution and warehouse planning
Manufacturing	Large-scale, supervised production	Supports repeat supply and batch consistency objectives

Advanced Manufacturing Capabilities

Jiangsu Complete Sincerity Medical New Materials Co., Ltd. operates a manufacturing facility with a reported construction area of 32,000 square meters and a total investment of RMB 1.08 billion. These figures indicate a substantial commitment to production infrastructure, process development, quality control, and long-term capacity. The company specializes in medical examination gloves and non-woven products for medical, industrial, food, and biosafety applications.

The production system uses advanced lines designed for high-volume manufacturing. A stable daily output of more than one million pieces allows the company to support recurring procurement programs, institutional contracts, export orders, and customized product projects. For buyers, a high-capacity supplier may provide greater flexibility in scheduling and help reduce the risk of shortages during periods of elevated demand.

Manufacturing nitrile gloves at scale requires coordination across multiple stages. Raw material preparation must be controlled so that the compound has suitable processing characteristics. Forming systems must maintain consistent mold movement and immersion conditions. Curing must be carefully managed to develop the required elasticity and strength. Washing and drying must support the powder-free finish and remove process residues. Finally, inspection and packaging must prevent defective or incorrectly packed products from entering the supply chain.

Raw Material and Formulation Control

Nitrile glove quality begins with the selection and preparation of raw materials. A controlled formulation supports predictable elasticity, surface characteristics, and finished-glove performance. Additives, stabilizers, pigments, and curing components must be handled according to defined procedures. Color customization requires particular attention because changes in pigment concentration or mixing conditions can influence appearance and processing behavior.

The company’s ability to offer blue, black, and customized colors reflects the importance of formulation flexibility. Custom color programs can support customer branding, department identification, or task differentiation. Before full production, color approval and sample confirmation should be completed so that the buyer and manufacturer share the same expectations regarding shade, finish, and packaging presentation.

Temperature-Controlled Production

The company emphasizes full-process temperature control. Temperature is a critical parameter in nitrile glove manufacturing because it affects material viscosity, mold coating, curing, drying, and final elasticity. Uncontrolled temperature fluctuations may contribute to uneven thickness, changes in surface quality, or inconsistent physical properties.

Maintaining controlled conditions throughout the process helps create a more stable manufacturing environment. It also supports repeatability between production batches. For professional buyers, repeatability is essential because gloves are often used in standardized procedures where workers expect the same fit, feel, and handling performance each time a new box is opened.

Standardized Production Environments

A standardized production environment supports process discipline, hygiene, personnel control, and traceability. Medical and biosafety-related products require particular attention to the condition of production areas, equipment cleanliness, material movement, and packaging operations. The company’s manufacturing approach includes standardized production environments and comprehensive process supervision to support these objectives.

Environmental control is also relevant to powder-free gloves. Loose particles, residues, or poor handling practices can undermine the purpose of a powder-free design. Clean and organized production conditions help protect the product from avoidable contamination before it is packed and shipped.

Inspection and Quality Management

Strict quality management is an essential part of large-scale glove production. Inspection may include visual examination, dimension checks, weight verification, packaging checks, and tests related to physical performance and barrier integrity. Pinhole control is particularly important because a small defect may compromise the glove’s intended protective function.

The company identifies strict pinhole control as one of its product quality priorities. This is supported by comprehensive process supervision and a management system aligned with recognized quality standards. Buyers can further strengthen procurement control by specifying acceptance criteria, sampling plans, certificates, batch documentation, and pre-shipment inspection requirements in their purchase agreements.

Quality and Compliance Orientation

Jiangsu Complete Sincerity Medical New Materials Co., Ltd. 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 medical-device quality management, glove performance, examination-glove requirements, barrier testing, and resistance evaluation.

Each standard has a specific purpose, and buyers should not assume that reference to a standard automatically means every product configuration satisfies every requirement in every market. The applicable standard depends on the product classification, intended use, destination country, test method, and regulatory pathway. Purchasers should request current documentation that identifies the relevant product model, production site, test scope, and validity period.

ISO 13485 is associated with quality management systems for medical devices. ISO 9001 provides a broader quality-management framework. EN455 relates to medical gloves for single use, while EN374 addresses protective gloves in relation to chemicals and microorganisms under applicable test conditions. ASTM standards such as ASTM D6319, ASTM F1671, and ASTM D6978 relate to different aspects of nitrile glove specifications and protective performance testing.

The practical value of a compliance-oriented manufacturer is that product development, production, documentation, corrective action, and customer service are more likely to operate within a defined management structure. This can be especially important for importers, medical distributors, government purchasers, and organizations that must maintain supplier qualification records.

Applications Across Multiple Industries

Healthcare and Medical Examination

The gloves are suitable for routine medical examination and non-surgical handling tasks where a disposable, powder-free, latex-free glove is required. The XXL size can serve healthcare workers and support personnel with larger hands. The blue or black color options may also assist with departmental differentiation, stock management, or visual identification.

Healthcare users should select glove length and weight according to the task. The 9-inch model may be appropriate for routine examinations and general patient-care activities, while the 12-inch option may provide additional wrist coverage for selected procedures. Glove selection must always follow institutional infection-control policies and applicable medical regulations.

Laboratories and Research Facilities

Laboratory work often requires clean handling, reliable dexterity, and controlled material contact. The powder-free design helps reduce the risk of loose powder entering samples or settling on work surfaces. Textured fingertips support handling of tubes, containers, instruments, and packaging.

Laboratory managers should evaluate chemical compatibility before using nitrile gloves with specific chemicals, solvents, disinfectants, or biological materials. No glove material protects against every substance, and breakthrough times can vary according to chemical concentration, temperature, exposure duration, glove thickness, and other conditions.

Food Processing and Food Handling

In food-related environments, powder-free gloves are often preferred because the absence of loose powder helps reduce unwanted transfer to food and equipment. The gloves can support routine handling, preparation, packing, sorting, and cleaning tasks where disposable hand protection is required.

Food-processing customers should verify that the product configuration, colorants, packaging, and regulatory documentation meet the requirements of the destination market and the specific food-contact application. Gloves must be changed when contaminated, damaged, or when workers move between incompatible tasks.

Industrial Manufacturing

Industrial users may select nitrile gloves for assembly, inspection, packaging, maintenance, light chemical handling, and general production operations. The textured fingertips can improve control when handling components, tools, and smooth packaging materials. The XXL format is valuable for workers who cannot work comfortably in smaller sizes.

The appropriate weight can be selected according to the balance required between dexterity and material robustness. Buyers may request a lighter configuration for repetitive handling or a heavier configuration for tasks where a more substantial glove feel is preferred. Application testing should be completed before large-scale adoption.

Biosafety and Cleaning Operations

In biosafety-related and cleaning environments, powder-free nitrile gloves can help support controlled workflows and reduce unnecessary powder contamination. The 12-inch option may be considered where additional wrist coverage is useful. However, glove length must be evaluated together with sleeve overlap, splash risk, garment design, and the specific substances involved.

Gloves should be removed using safe procedures to avoid transferring contaminants to the skin or nearby surfaces. They should not be washed or reused unless a validated procedure specifically permits it. Used gloves must be disposed of according to workplace policy and applicable waste regulations.

Customization for Professional Procurement

Many organizations require more than an off-the-shelf glove. They may need a specific color for brand consistency, a unique weight for operational requirements, or a packaging configuration that fits their distribution network. This product supports customization of color and weight while retaining the stated dimensions.

Color customization may support visual management. For example, different colors can be assigned to separate departments, production areas, risk categories, or customer programs. Blue and black are already available as standard options, while additional color requests can be discussed with the manufacturer according to minimum order quantities, color matching, and production schedules.

Weight customization from 3 to 6.8 grams provides flexibility in material allocation. Buyers should understand that glove weight can influence tactile feel, stiffness, strength expectations, and unit economics. A lighter glove may improve comfort and reduce material consumption, while a heavier glove may provide a more substantial feel and may be preferred for selected handling tasks. The correct choice should be based on testing rather than price alone.

Customization projects should define all technical details before production. These may include glove size, length, color reference, weight tolerance, cuff requirements, surface texture, packaging artwork, labeling language, carton markings, inspection standards, and documentation requirements. Sample approval can help minimize misunderstandings and create a clear reference for future repeat orders.

Packaging, Logistics, and Supply Planning

The standard packaging structure is 100 pieces per box and 10 boxes per carton. This structure is convenient for both users and distributors. A box can be placed at a workstation or stored in a mobile supply cabinet, while the carton can be managed through standard warehouse procedures.

For large facilities, carton-level planning can help estimate monthly usage, reorder points, and safety stock. Since each carton contains 1,000 pieces, purchasing departments can calculate demand using the number of workers, average daily consumption, shift patterns, glove-change frequency, and expected wastage. Such calculations should account for emergency reserves and seasonal demand changes.

Proper storage is important for maintaining glove quality. Cartons should generally be kept in a cool, dry, clean area away from direct sunlight, excessive heat, ozone-generating equipment, and chemicals that may degrade elastomeric materials. The exact storage conditions and shelf-life information should be confirmed through the manufacturer’s technical documentation and product labeling.

International buyers may also need export cartons, pallet specifications, shipping marks, language requirements, certificates of origin, inspection documents, and customs information. The manufacturer’s export and customer-service teams can coordinate these details before shipment.

Environmental and Sustainability Considerations

Disposable gloves are important protective products, but their production and disposal create environmental responsibilities. Jiangsu Complete Sincerity Medical New Materials Co., Ltd. states that it is committed to 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.

These initiatives are relevant to customers that evaluate suppliers according to environmental, social, and governance criteria. Responsible manufacturing may include efficient equipment operation, process optimization, waste reduction, water management, packaging improvement, responsible material sourcing, and compliance with environmental and safety requirements.

Customers can contribute to more sustainable use by ordering the correct glove size and weight, reducing unnecessary glove changes without compromising safety, storing gloves properly to prevent avoidable damage, and implementing suitable waste-separation procedures. The product’s powder-free design may also simplify certain cleaning and contamination-control activities by reducing loose powder residues.

Sustainability does not eliminate the need for disposable gloves where single-use protection is required. Instead, it encourages efficient resource use, responsible production, correct application, and appropriate disposal. Manufacturers and customers share responsibility for improving the environmental performance of the complete product life cycle.

How to Select the Correct Configuration

Before ordering, buyers should confirm the required hand size. The XXL model is appropriate for users who need a larger fit, but individual hand dimensions vary. Trial samples should be evaluated for finger length, palm width, cuff fit, dexterity, and comfort during the intended activity.

The second consideration is length. The 9-inch version provides standard coverage for many routine activities. The 12-inch option should be considered when the user needs more wrist or lower-arm coverage. The longer glove may also require coordination with sleeves, gowns, or other protective clothing.

The third consideration is weight. Select a weight according to required dexterity, task duration, handling conditions, and expected mechanical stress. The available customization range is 3 to 6.8 grams. Buyers should request samples or technical specifications before finalizing a large order.

The fourth consideration is color. Blue and black are standard options, while customized colors can be discussed for organizational, operational, or branding purposes. Color selection should not replace proper labeling and process control, but it can support visual organization.

The fifth consideration is compliance. Confirm the destination market, product classification, intended use, applicable standards, required certificates, and test reports. Technical documentation should correspond to the exact product configuration being purchased.

The sixth consideration is supply continuity. Review production capacity, lead time, minimum order quantity, repeat-order procedures, packaging requirements, and communication channels. A supplier with strong manufacturing capability and responsive technical support can provide greater value than a supplier competing only on the initial unit price.

Recommended Use and Handling Practices

Inspect the glove box and individual gloves before use. Do not use gloves that are visibly damaged, contaminated, brittle, discolored beyond acceptable limits, or past the manufacturer’s stated shelf life. Choose the correct size and put on the glove carefully to avoid unnecessary stretching or tearing.

Change gloves when they become torn, heavily contaminated, or unsuitable for the next task. Do not move from a contaminated activity to a clean activity without changing gloves and following the required hand hygiene procedure. Disposable gloves should generally be treated as single-use products unless a validated application specifically states otherwise.

Do not use nitrile gloves as a substitute for specialized protective equipment when handling high-risk chemicals, sharp instruments, extreme temperatures, or other hazards outside the product’s tested scope. Review the relevant safety data sheets and workplace risk assessments before use.

After removal, dispose of used gloves according to the site’s waste-management procedures. Workers should avoid touching clean surfaces with contaminated gloves and should perform hand hygiene after glove removal when required by the applicable protocol.

Company Manufacturing Strengths

Jiangsu Complete Sincerity Medical New Materials Co., Ltd. combines product specialization, substantial investment, advanced production lines, and a broad application focus. Its reported investment of RMB 1.08 billion and 32,000-square-meter construction area provide the infrastructure needed for high-volume medical-materials manufacturing. The company’s stable daily output of more than one million pieces supports customers seeking a dependable long-term supply partner.

The company’s product range includes nitrile gloves and non-woven products for medical, industrial, food, and biosafety applications. This broader category experience can benefit buyers who wish to consolidate sourcing across related protective-product requirements. It also provides an operating context in which glove production, packaging, quality management, environmental control, and customer service are integrated into a larger manufacturing organization.

The company emphasizes professionalism, integrity, sustainability, stable quality, and sincere service. These principles are supported by quality-management practices, process supervision, environmental and safety systems, and alignment with international standards. For overseas customers, the ability to communicate technical requirements, customization needs, documentation expectations, and delivery schedules is an important part of supplier performance.

Rather than competing solely through a low purchase price, the company’s value proposition is based on a combination of manufacturing scale, product customization, process control, recognized quality frameworks, and long-term cooperation. This approach is particularly relevant to organizations that need consistent gloves for recurring use, regulated operations, or multi-site distribution.

Frequently Asked Questions

What material are these gloves made from?

The gloves are made from nitrile, a synthetic rubber material commonly used for medical examination, industrial, laboratory, food-handling, and biosafety-related applications. They are latex-free according to the product description.

Are the gloves powder-free?

Yes. The gloves are powder-free. This design helps reduce loose-powder transfer and supports cleaner working environments, including medical, laboratory, food-processing, and controlled production areas.

What size is available?

The specified product is XXL. Buyers should confirm hand measurements and request samples when necessary to ensure that the fit is appropriate for the intended users.

What lengths are available?

The product is identified as a 9-inch glove, and a 12-inch length option is also listed. The 9-inch version is suitable for many routine tasks, while the 12-inch version can provide additional wrist and lower-arm coverage.

Can the glove color be customized?

Yes. Blue and black are listed as available colors, and customized colors can be discussed with the manufacturer. Color approval, minimum order quantity, and production lead time should be confirmed before ordering.

Can the glove weight be customized?

Yes. The stated customization range is from 3 to 6.8 grams, while the dimensions remain unchanged. Buyers should select the weight according to the required balance of comfort, dexterity, material feel, and application demands.

How are the gloves packaged?

The standard packaging is 100 pieces per box and 10 boxes per carton. This equals 1,000 gloves per carton.

Are the gloves ambidextrous?

Yes. The product features an ambidextrous design, allowing the gloves to be worn on either hand. This simplifies dispensing and replacement.

Do the gloves have a textured surface?

The gloves feature textured fingertips designed to improve grip and handling control. This can be useful when working with instruments, containers, packaging, tools, and other objects.

What industries can use these gloves?

Potential applications include healthcare, medical examination, laboratories, research facilities, food processing, industrial manufacturing, cleaning, biosafety-related work, packaging, and general protective handling. Users should verify suitability for the specific hazard and operating condition.

Do the gloves protect against every chemical or biological hazard?

No. Glove performance depends on the material, weight, exposure conditions, chemical concentration, temperature, contact time, and other variables. Users should consult applicable test data, safety data sheets, workplace risk assessments, and regulatory requirements before selecting gloves for specialized hazards.

What quality standards are referenced by the manufacturer?

The company references FDA, CE, ISO 13485, ISO 9001, EN455, EN374, ASTM D6319, ASTM F1671, and ASTM D6978. Buyers should request current documentation for the exact product configuration and destination market.

Can the gloves be used repeatedly?

They are disposable gloves and should normally be used according to the applicable single-use and glove-change procedures. Reuse is not recommended unless a validated procedure specifically permits it.

How should buyers begin a customized order?

Buyers should provide the required size, length, color, weight, packaging, labeling, applicable standards, quantity, delivery location, and documentation requirements. Sample approval is recommended before mass production.

Conclusion

The 9-Inch XXL Biosafety Protection Powder-Free Nitrile Gloves provide a practical combination of latex-free nitrile material, powder-free construction, larger sizing, textured fingertips, ambidextrous use, and flexible customization. The standard 9-inch length supports a wide range of routine tasks, while the 12-inch option offers additional coverage for selected applications. Blue and black are available, and customized colors and weights allow buyers to align the product with operational requirements.

The product’s advantages are strengthened by the manufacturing capabilities of Jiangsu Complete Sincerity Medical New Materials Co., Ltd. The company operates a large-scale production facility, uses advanced production lines, maintains full-process temperature control, applies standardized manufacturing environments, and emphasizes strict quality management and pinhole control. Its reported daily capacity of more than one million pieces supports stable supply for professional customers and distributors.

For buyers seeking more than a basic disposable glove, this product offers a balanced solution focused on comfort, handling, cleanliness, customization, and manufacturing reliability. Proper selection should always consider glove size, length, weight, intended use, exposure conditions, applicable standards, and local regulatory requirements. When these factors are evaluated carefully, the product can serve as a dependable component of medical, industrial, food, laboratory, and biosafety protection programs.

References

1. Product specification information for 9-Inch XXL Biosafety Protection Powder-Free Nitrile Gloves, including material, size, length, color, powder content, packaging, and customization details.

2. Jiangsu Complete Sincerity Medical New Materials Co., Ltd. company information concerning production capacity, facility scale, manufacturing processes, quality management, environmental practices, and product applications.

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

4. ISO 9001, Quality Management Systems—Requirements.

5. EN 455, Medical Gloves for Single Use.

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

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

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

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

10. General occupational hygiene, personal protective equipment, glove selection, storage, use, and disposal principles applicable to medical, laboratory, industrial, food-processing, and biosafety work environments.

Product: 9 inch XXL Biosafety Protection Powder-Free Nitrile Gloves