12-Inch XXL Fully Textured Nitrile Gloves for Biosafety and Professional Protection

In medical, industrial, food-processing, laboratory, and biosafety environments, gloves are an essential part of personal protective equipment. The right glove must provide dependable barrier performance, a secure fit, reliable grip, comfort during extended wear, and consistent quality from one production batch to the next. The 12-Inch XXL Biosafety Protection Textured Nitrile Gloves are designed to meet these practical requirements through a combination of nitrile material, extended length, full-surface texturing, powder-free construction, and large-size comfort.

These gloves are manufactured by Jiangsu Complete Sincerity Medical New Materials Co., Ltd., a professional manufacturer of medical examination gloves and non-woven products based in Jiangsu Province, China. The company operates large-scale production facilities, advanced production lines, process temperature control, standardized manufacturing environments, and strict quality management systems. Its manufacturing capabilities support stable supply for customers requiring dependable volumes and customizable product specifications.

The product is especially suitable for users who need more coverage than a standard examination glove can offer. Its available 12-inch length extends farther along the wrist and lower forearm, while the XXL size accommodates users who require additional hand space. The fully textured surface is intended to improve grip in demanding working conditions, including situations in which tools, containers, instruments, or materials may be difficult to hold securely.

Colors and weights can be customized according to customer requirements. The stated customization range for specific product weight is from 3 to 6.8 grams, while product dimensions remain unchanged. Blue and black are identified as available colors, with additional color customization available through customer discussion and production confirmation.

Product Overview

The 12-Inch XXL Biosafety Protection Textured Nitrile Glove is a powder-free, fully textured, ambidextrous nitrile glove intended for professional applications. It is supplied in an XXL size and can be produced in 9-inch or 12-inch lengths according to the selected configuration. The 12-inch model is particularly useful where additional wrist and forearm coverage is preferred.

Product Feature	Specification
Product Name	12-Inch XXL Biosafety Protection Textured Nitrile Gloves
Material	Nitrile
Size	XXL
Length Options	9 inches or 12 inches
Surface	Fully textured
Powder Content	Powder-free
Standard Colors	Blue and black
Color Customization	Available subject to production confirmation
Weight Customization	Approximately 3 to 6.8 grams, with dimensions unchanged
Packaging	100 pieces per box; 10 boxes per carton
Hand Design	Ambidextrous configuration

The combination of long-cuff coverage and a fully textured surface differentiates this model from many ordinary short examination gloves. Standard-length gloves may leave more of the wrist exposed, and smooth-surface gloves may offer less friction when handling wet or slippery objects. This product addresses both concerns through an extended cuff and texture across the glove surface.

12 inch XXL Biosafety Protection Textured Nitrile Gloves

Why Nitrile Is a Practical Glove Material

Nitrile is a synthetic rubber material widely used in medical examination, laboratory, industrial, food-processing, and biosafety applications. One of its important advantages is that it does not contain natural rubber latex. For organizations seeking latex-free personal protective equipment, nitrile gloves can help reduce concerns associated with natural rubber latex exposure.

Nitrile also provides a useful balance between flexibility, puncture resistance, durability, and tactile performance. The exact performance of any glove depends on its formulation, thickness, manufacturing controls, and intended certification. Nevertheless, nitrile is commonly selected when users require a disposable glove that can withstand routine handling while maintaining a comfortable fit.

Compared with many traditional latex products, nitrile gloves offer a latex-free alternative without sacrificing the practical features expected from a professional examination glove. They can be worn in settings where workers need a clean barrier between their hands and the materials they handle. This includes patient examination, laboratory work, cleaning procedures, production operations, inspection tasks, and the handling of potentially contaminated materials.

The material is also well suited to color coding and product customization. Blue and black are available for this model, and color selection can support departmental identification, workflow separation, brand presentation, or visual distinction between different work areas. Custom color projects should be evaluated with the manufacturer according to minimum order requirements, formulation compatibility, and production scheduling.

Latex-Free Construction

The gloves are made from nitrile rather than natural rubber latex. This latex-free characteristic is particularly relevant to workplaces that have established latex-reduction policies or that want to provide an alternative for personnel with latex sensitivities. Employers should still follow their own occupational health procedures and evaluate individual user requirements before selecting protective equipment.

Latex-free construction can also simplify procurement for organizations that serve diverse groups of employees, patients, visitors, or contractors. A consistent nitrile glove program may reduce the need to maintain separate glove materials for different routine tasks. The final choice should always be based on the hazard assessment, applicable regulations, and the performance requirements of the specific application.

Flexibility and Hand Comfort

Gloves used for examination, laboratory, production, and inspection work must allow the wearer to perform detailed hand movements. A glove that is too rigid or poorly fitted can contribute to fatigue and reduce work efficiency. The XXL format is intended for users who need additional hand room, while the nitrile material provides a flexible barrier suitable for routine professional tasks.

Comfort is influenced by more than material alone. It also depends on glove dimensions, cuff design, surface finish, weight, production consistency, and the duration of wear. The availability of weight customization from 3 to 6.8 grams gives buyers an opportunity to discuss a product configuration that better matches their intended use, provided that the selected weight remains appropriate for the required protection and manufacturing specification.

Advantages of the 12-Inch Extended Length

The extended 12-inch length is one of the most important features of this glove. Many disposable gloves end close to the wrist, leaving a greater transition between the glove and the sleeve or protective garment. A longer cuff reaches farther up the forearm and can provide a more practical overlap with sleeves, gowns, coveralls, or other protective clothing.

Extended length can be useful in applications where splashes, droplets, dust, powders, or contaminated materials may contact the wrist area. It does not replace a complete protective clothing system, and it should not be considered a guarantee against every workplace hazard. However, a longer cuff can contribute to better coverage when used as part of a properly selected ensemble.

The 12-inch design may be especially valuable in biosafety work, laboratory cleaning, specimen handling, chemical-adjacent tasks, equipment sanitation, industrial processing, and other operations where workers prefer more coverage than a conventional examination glove provides. It can also reduce the exposed gap between gloves and sleeves when the protective garments are selected and worn correctly.

Coverage Compared with Standard Gloves

A standard short-cuff glove may be sufficient for brief tasks involving limited exposure. However, when the user repeatedly reaches into containers, handles equipment, cleans surfaces, or works with fluids, the wrist can become an area of concern. The extended cuff of this model provides an additional layer of physical coverage in that region.

Longer gloves can also support more consistent work practices. When employees do not need to repeatedly adjust sleeves or add separate wrist protection for routine operations, workflow can become simpler. The correct cuff position remains important: the glove should be pulled over or positioned with the sleeve according to the site’s protective clothing procedure, and users should replace gloves if the cuff becomes torn, contaminated, or displaced.

Support for Biosafety Workflows

Biosafety procedures often involve multiple layers of protection, controlled movement, contamination prevention, and careful disposal. A long-cuff glove can complement gowns, coveralls, sleeves, masks, eye protection, and other equipment used in a biosafety program. The glove is not a substitute for risk assessment or for specialized protection against a specific biological, chemical, or mechanical hazard.

Because the glove is fully textured and powder-free, it is designed to support practical handling while minimizing loose powder inside the work area. This combination is useful in environments where surface cleanliness, grip, and controlled handling are important operational considerations.

Fully Textured Surface for Improved Grip

The glove is described as fully textured rather than textured only at the fingertips. A fully textured surface can provide friction across a broader portion of the hand, including the fingers, palm, and other contact areas. This feature is intended to help users maintain control of objects and tools during routine work.

Grip is an important factor in professional glove selection. In laboratories, a secure grip can help with tubes, bottles, trays, sample containers, and instruments. In healthcare, it can support the handling of packaging, medical supplies, and equipment. In industrial or food-processing environments, it may help with tools, components, containers, and materials that are smooth, damp, or difficult to hold.

Texturing does not eliminate the need for safe handling practices. Liquid, oil, chemicals, blood, biological material, and other substances may affect grip differently. Users should select gloves based on the complete hazard assessment and should replace gloves when contamination or deterioration affects safe performance.

Full-Surface Texturing Versus Fingertip Texturing

Many disposable gloves use texture only on the fingertips or finger areas. That approach may be adequate for tasks centered on fingertip contact, but it may provide less friction across the palm. A fully textured design gives the glove a broader contact pattern, which can be advantageous when the user grips larger objects, changes hand position, or uses the palm to stabilize equipment.

The full-surface approach can also help create a more consistent tactile feel during varied tasks. This is valuable for workers whose duties change throughout a shift and who may move from fine handling to general equipment handling. The exact grip experience depends on the surface geometry, glove formulation, object material, moisture, and applied force.

Powder-Free Design

The gloves are powder-free. Powder-free gloves are widely preferred in medical, laboratory, clean production, food-related, and biosafety environments because they avoid the intentional addition of loose powder to the glove interior. Powder can create unwanted residue, contribute to contamination concerns, and interfere with some procedures or materials.

A powder-free glove can support cleaner working practices, especially when the wearer handles samples, equipment, packaging, instruments, or surfaces where loose particles are undesirable. It can also help maintain a more professional and controlled environment during patient examination and laboratory work.

Powder-free does not mean that the glove is sterile. Sterility is a separate product attribute requiring specific validated processing, packaging, testing, and labeling. The supplied specifications identify this product as powder-free, not as a sterile glove. Buyers requiring sterile products should request the applicable sterile configuration and documentation directly from the manufacturer before placing an order.

Benefits for Clean Work Areas

In clean work areas, reducing unnecessary residues is an important part of process control. Powder-free gloves can help prevent powder from transferring to surfaces, components, labels, or materials. They may also be more suitable for operations in which visible residue could be mistaken for contamination or could affect product presentation.

Organizations should still establish proper glove donning, replacement, disposal, and hand hygiene procedures. A powder-free design supports cleanliness, but it does not remove contamination risk caused by incorrect use, prolonged wear, touching non-clean surfaces, or failure to change gloves between tasks.

XXL Sizing and User Comfort

The XXL size is intended for users who need a larger glove format. A glove that is too small can stretch excessively, restrict finger movement, increase hand fatigue, and raise the possibility of tearing during use. A properly selected XXL glove can give larger hands more room to move while maintaining coverage across the fingers and palm.

Correct sizing remains essential even when a glove is marketed as a large format. Users should compare the glove’s dimensions with their hand measurements and consult the supplier’s size information before purchasing. A glove that is too large may reduce tactile control or create excess material around the fingertips. The best fit is one that allows natural movement without excessive tension or looseness.

The ambidextrous design allows the gloves to be worn on either hand. This simplifies storage and distribution because separate left-hand and right-hand products are not required. It can also make replacement faster when a single glove is damaged or contaminated.

Reducing Operational Complexity

Ambidextrous gloves can improve convenience in high-volume work environments. Workers can take a glove from the dispenser without identifying a specific hand orientation. This may be useful in medical facilities, production lines, laboratories, maintenance areas, and cleaning operations where gloves are changed frequently.

Suppliers and purchasing departments may also find ambidextrous products easier to manage. One product specification can serve both hands, reducing the number of stock-keeping units and simplifying inventory planning. The product is packed as 100 pieces per box and 10 boxes per carton, providing a clear packaging structure for warehouse management and distribution.

Customization Options

Customization is an important advantage for organizations that have specific product, workflow, or branding requirements. The available customization options include color and weight, while dimensions remain unchanged. Customers can discuss color requirements, weight targets, packaging details, labeling, and other commercial specifications with the manufacturer during the quotation and sample approval process.

The standard colors identified for the product are blue and black. Blue is commonly associated with medical, laboratory, and general protective applications, while black may be preferred in industrial, automotive, cleaning, tattoo, beauty, or visual-contrast environments. Color selection may also support internal job separation or help distinguish one glove grade from another.

Weight customization from 3 to 6.8 grams gives buyers flexibility in balancing hand feel, material usage, durability expectations, and application needs. A lower-weight configuration may be preferred for light-duty examination or handling tasks, while a higher-weight configuration may be selected when users want a more substantial glove feel. Any final selection should be validated against the required performance, applicable standards, and intended conditions of use.

Manufacturing Capability and Production Strength

Jiangsu Complete Sincerity Medical New Materials Co., Ltd. is presented as a professional manufacturer of medical examination gloves and non-woven products. The company has a total investment of RMB 1.08 billion and a construction area of 32,000 square meters. These figures indicate a substantial manufacturing base capable of supporting large-scale production and structured quality management.

The company operates advanced production lines with a stable daily output of more than one million pieces. High output capacity is valuable for distributors, healthcare organizations, industrial purchasers, and other customers that require regular replenishment. Capacity alone does not guarantee product quality, but stable large-scale manufacturing can support more predictable supply when it is combined with process controls and inspection systems.

The production environment uses full-process temperature control. Temperature control is important in the manufacture of polymer gloves because material behavior, dipping conditions, curing, drying, and finishing processes can affect glove formation and consistency. Maintaining controlled conditions throughout production helps the manufacturer manage process variation and support repeatable product characteristics.

Standardized Production Environment

A standardized production environment helps establish consistent procedures for raw material handling, production operations, equipment management, worker practices, inspection, packaging, and storage. For disposable medical and protective products, standardized procedures are especially important because product performance must remain consistent across high production volumes.

Production standardization also supports traceability and corrective action. If a quality issue is identified, a structured manufacturing system can help the company review production records, inspect relevant batches, identify possible causes, and implement improvements. Customers benefit from suppliers that treat quality as an ongoing system rather than a final inspection activity alone.

Strict Quality Management

The company describes strict quality management and comprehensive process supervision. These activities may include inspection of incoming materials, monitoring of production parameters, visual examination, pinhole control, dimensional checks, packaging inspection, and finished-product release procedures. The exact test schedule and acceptance criteria should be confirmed through the supplier’s quality documentation and product technical file.

Glove quality is influenced by many details, including raw material formulation, former condition, dipping uniformity, curing control, washing, stripping, surface treatment, and packaging. Comprehensive supervision helps reduce the risk that a single process variation will affect an entire shipment.

For buyers, quality management is also relevant to supply continuity. Consistent manufacturing can reduce unexpected differences in color, texture, fit, packaging, and handling characteristics between orders. This is particularly important for organizations that train workers around a specific glove design or that must maintain standardized protective equipment across multiple facilities.

Quality 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. The applicability of each standard depends on the product configuration, market, intended use, test results, and current certification documentation.

Customers should request current certificates, declarations, test reports, technical files, labeling information, and applicable conformity documentation for the exact glove model and market. A manufacturer’s general certification statement should not be treated as confirmation that every product configuration has identical approvals for every jurisdiction.

ISO 13485 and Medical Device Quality Systems

ISO 13485 is associated with quality management systems for medical devices. A quality system aligned with this standard can support controlled documentation, risk management, production procedures, supplier management, complaint handling, corrective action, and traceability. These controls are relevant to medical examination glove production because the products are used in situations where consistent performance and controlled manufacturing are important.

ISO 9001 and General Quality Management

ISO 9001 provides a broader framework for quality management and continual improvement. A manufacturer operating within an ISO 9001-oriented system may use documented processes, performance monitoring, customer feedback, internal audits, and corrective action to improve operational consistency. When combined with product-specific testing, this approach can help create a disciplined manufacturing program.

EN and ASTM Standards

EN455 is associated with requirements for medical gloves for single use, while EN374 relates to protective gloves against chemicals and microorganisms in applicable contexts. ASTM D6319 is a specification associated with nitrile examination gloves for medical application. ASTM F1671 addresses resistance of materials used in protective clothing to penetration by blood-borne pathogens under specified test conditions, and ASTM D6978 concerns permeation resistance against certain chemotherapy drugs under defined testing procedures.

These standards do not mean that every glove protects against every chemical, pathogen, or medication. Performance depends on the specific test, exposure conditions, material, thickness, time, temperature, and product configuration. Buyers should review the exact test reports and select gloves according to the hazards identified in their workplace assessment.

Applications Across Multiple Industries

The product is suitable for consideration in a broad range of professional environments. Its nitrile material, powder-free design, extended cuff, XXL sizing, and full texturing make it relevant to applications that require dependable hand coverage and practical grip.

Medical Examination and Healthcare

In healthcare settings, disposable nitrile gloves are used for patient examination, routine procedures, cleaning, specimen handling, and contact with materials that may require a protective barrier. The powder-free design is suitable for environments where loose powder is undesirable, while the extended cuff may offer additional wrist coverage during selected tasks.

Healthcare organizations should choose the correct glove classification for each activity. A general examination glove may not be suitable for surgical procedures, sterile procedures, high-risk chemical exposure, or tasks requiring specialized puncture protection. The 12-inch XXL glove can be evaluated for appropriate non-sterile applications according to facility policy and regulatory requirements.

Laboratories and Biosafety Facilities

Laboratory workers often handle samples, containers, instruments, reagents, and equipment requiring careful control. The fully textured surface may help improve handling confidence, while the long cuff can support a more complete protective clothing arrangement. The powder-free format can also help reduce unnecessary particulate residue.

Laboratories should evaluate chemical compatibility, biological risks, exposure duration, glove-change frequency, and required containment procedures. No disposable glove should be considered universally resistant to all laboratory substances. The manufacturer’s specific test data should be reviewed when the glove will contact chemicals, cytotoxic materials, or other high-risk substances.

Food Processing and Food Handling

Nitrile gloves are commonly considered for food-related handling because they are latex-free and available in colors that can support visual control. Blue may be selected in some food environments because it can be more visually distinguishable from many food ingredients. However, purchasers must verify food-contact suitability, regional requirements, and product documentation before using the gloves in direct food-contact applications.

The fully textured surface can help workers hold packaging, tools, containers, and wet materials. The extended cuff may also be useful during cleaning or handling tasks in which wrist coverage is preferred. Food safety procedures must include correct glove changing, hand hygiene, storage, and disposal practices.

Industrial and Manufacturing Operations

Industrial users may select the gloves for assembly, inspection, maintenance, cleaning, parts handling, and general production tasks. Black gloves can help conceal certain surface marks, while blue gloves may provide easy visual identification. The XXL size and ambidextrous design can be useful for workplaces with diverse users and frequent glove changes.

Industrial buyers must distinguish between general disposable glove needs and applications involving sharp edges, heavy abrasion, high heat, electrical hazards, concentrated chemicals, or impact. In such conditions, the nitrile glove may need to be combined with or replaced by specialized protective gloves.

Cleaning and Sanitation

The long cuff and full texturing can make the glove a practical candidate for selected cleaning and sanitation tasks. A longer cuff may help protect the wrist from incidental splashes, while the textured surface may improve control of cleaning tools and containers. Chemical compatibility should always be confirmed before use, especially with concentrated disinfectants, solvents, acids, alkalis, or aggressive cleaning agents.

Competitive Advantages

The product’s competitive value comes from the way several features are combined in one glove. Customers are not required to choose only between a standard short glove and a specialized heavy-duty glove. Instead, this model offers an extended 12-inch format, XXL sizing, full texturing, powder-free construction, nitrile material, and customization options for professional procurement programs.

Compared with short-cuff gloves, the 12-inch design offers more wrist and lower-forearm coverage. Compared with gloves that are textured only at the fingertips, the fully textured surface provides broader contact friction. Compared with latex products, nitrile offers a latex-free material option. Compared with powdered products, the powder-free construction is better aligned with clean handling requirements.

The ability to customize color and weight can also distinguish the product from off-the-shelf alternatives. Large users often need gloves that match internal procedures, visual identification systems, brand requirements, or task-specific handling preferences. A manufacturer that can discuss customized weight and color may provide more flexibility than a supplier limited to one standard configuration.

Supply Reliability as a Purchasing Advantage

Product performance is only one part of a successful procurement program. Buyers also need reliable production capacity, repeatable specifications, consistent packaging, and responsive communication. The manufacturer’s stated daily output of more than one million pieces and its large-scale production facilities are relevant advantages for customers planning recurring orders or multi-site distribution.

Stable supply can help reduce emergency purchasing, product substitutions, and training disruptions. Organizations should still establish forecasts, safety stock, quality agreements, and inspection procedures. A strong manufacturing base supports supply planning, but effective procurement requires cooperation between the buyer and supplier.

Customization Without Dimensional Change

The stated customization approach allows colors and weights to change while dimensions remain unchanged. This is beneficial for customers who want to tailor the glove’s appearance or hand feel without altering the basic size and length configuration. Maintaining dimensions may also make it easier to integrate customized gloves into existing dispenser systems, uniform programs, and user training.

Any customization should be confirmed through samples and written specifications. Important details may include color shade, weight tolerance, cuff dimensions, texture pattern, packaging artwork, labeling language, carton marks, and applicable testing. Sample approval can help ensure that the final product matches the buyer’s expectations before mass production.

Packaging, Storage, and Distribution

The listed packaging configuration is 100 pieces per box and 10 boxes per carton. This structure provides 1,000 gloves per carton when the stated count is applied. It is suitable for warehouse planning, order calculation, and distribution to departments or workstations.

Packaging should protect the gloves from contamination, moisture, excessive heat, direct sunlight, crushing, and other conditions that may affect product integrity. Storage areas should be clean, dry, and appropriately ventilated. Cartons should be handled carefully and stored according to the manufacturer’s instructions and the applicable product label.

Purchasers should inspect cartons and inner boxes upon receipt. They may check the product name, size, color, quantity, batch or lot information, packaging integrity, and visible glove condition. Damaged or wet packaging should be segregated and reviewed before distribution.

Inventory Planning

Because the gloves are disposable, demand forecasting is essential. Healthcare providers, laboratories, factories, food processors, and cleaning contractors should estimate usage based on the number of workers, shifts, task frequency, replacement intervals, and emergency reserves. The 100-piece box and 10-box carton structure can support both central warehouse storage and controlled issue to individual departments.

Organizations using several glove sizes or colors should establish clear stock rotation procedures. XXL gloves should be kept separate from smaller sizes, and color-coded products should be labeled clearly to reduce selection errors. First-in, first-out inventory practices can help ensure that older stock is used appropriately.

Selection Guidance for Buyers

Before ordering, buyers should define the intended application, exposure conditions, required length, size, color, approximate weight, packaging requirements, regulatory market, and expected annual volume. They should also identify whether they need a general examination glove, a glove tested for specific chemicals or pathogens, or a product intended for another regulated use.

The following questions can help structure the purchasing process:

• Is a 12-inch cuff required, or would a 9-inch length be sufficient?
• Does the user group require XXL sizing based on hand measurements?
• Is full-surface texturing preferred for the intended handling tasks?
• Is a powder-free, latex-free product required?
• Is the glove intended for non-sterile examination or for another specific application?
• Are color customization and weight customization needed?
• Which standards and test reports apply to the target market?
• What carton quantities and delivery schedule are required?
• Are chemical compatibility data or special barrier test results needed?

Buyers should request a product specification sheet and representative samples. Sample evaluation may include fit, cuff reach, donning ease, texture, color, tactile feel, tear resistance during routine use, packaging condition, and compatibility with the organization’s procedures.

Correct Use and Workplace Practices

Users should wash or sanitize their hands according to workplace procedures before putting on gloves. Gloves should be selected in the correct size and inspected for visible defects before use. The cuff should be positioned properly with the sleeve or protective garment, and the glove should not be used if it is torn, visibly damaged, or contaminated before the task begins.

Gloves should be changed between tasks when contamination may be transferred. They should not be washed and reused unless the product is specifically designed and labeled for reuse, which this disposable glove specification does not indicate. Used gloves should be removed carefully to avoid contact between the contaminated outer surface and the skin.

Gloves are only one component of a complete safety program. Eye protection, protective clothing, respiratory protection, hand hygiene, engineering controls, safe work procedures, and proper waste management may also be required. Supervisors should train employees according to the hazards present at the site.

Limitations to Consider

Although nitrile offers many practical advantages, no glove is suitable for every hazard. Puncture, cut, heat, electrical, chemical, and biological performance must be evaluated according to the task. A glove that performs well during routine examination may not be suitable for handling sharp instruments, highly concentrated chemicals, cryogenic materials, or high-temperature equipment.

The 12-inch length provides additional coverage but does not make the entire arm or body protected. The fully textured surface may improve grip, but it cannot guarantee secure handling under every wet, oily, or contaminated condition. Users should follow the manufacturer’s test data, workplace risk assessment, and applicable regulations.

Company Strengths and Long-Term Partnership Potential

Jiangsu Complete Sincerity Medical New Materials Co., Ltd. combines medical glove manufacturing with non-woven product capabilities. This broader product scope may be valuable to customers seeking more than one category of protective product. A supplier able to provide nitrile gloves and non-woven products can potentially support coordinated sourcing for medical, industrial, and biosafety programs.

The company emphasizes professionalism, integrity, sustainability, stable quality, and sincere service. Its stated sustainability activities 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.

Environmental responsibility is increasingly important in medical and protective product procurement. Buyers may wish to discuss the manufacturer’s current energy programs, waste reduction procedures, packaging materials, environmental documentation, and product lifecycle initiatives. Sustainability expectations vary by market, so specific evidence and current records should be requested during supplier qualification.

The company’s location in Shuyang County, Suqian, Jiangsu Province, provides a manufacturing base for serving domestic and international customers. Its stated export-oriented quality and compliance approach, combined with large production capacity and customization support, makes it a potential partner for distributors, importers, healthcare groups, laboratories, factories, food-processing companies, and institutional buyers.

Frequently Asked Questions

What material are these gloves made from?

They are made from nitrile, a synthetic rubber material. The gloves are latex-free according to the supplied product information and are designed for professional disposable glove applications.

Are the gloves powder-free?

Yes. The product specification identifies them as powder-free. This makes them suitable for many clean handling, medical, laboratory, food-related, and biosafety environments where loose powder is undesirable.

Are these gloves sterile?

The supplied information identifies the gloves as powder-free but does not identify them as sterile. Buyers requiring sterile gloves should request a specific sterile configuration and verify the associated sterilization, packaging, labeling, and regulatory documentation.

What size is available?

The listed size is XXL. Users should confirm hand measurements and compare them with the supplier’s size chart before ordering, because correct fit is important for comfort, dexterity, and effective coverage.

What lengths are available?

The product information lists 9-inch and 12-inch length options. The 12-inch version provides additional wrist and lower-forearm coverage compared with a conventional short-cuff glove.

What does fully textured mean?

Fully textured means that the grip texture is applied across a broader portion of the glove rather than being limited only to the fingertips. This design is intended to improve handling control across the fingers and palm.

Which colors can be supplied?

Blue and black are listed as standard colors, and color customization is available subject to production confirmation. Customers should approve color samples and confirm minimum quantities before production.

Can the glove weight be customized?

Yes. The stated customization range is from 3 to 6.8 grams, while the dimensions remain unchanged. The appropriate weight should be selected according to the intended application, desired hand feel, and required performance.

How are the gloves packed?

The listed packaging is 100 pieces per box and 10 boxes per carton, representing 1,000 pieces per carton when the stated quantities are combined.

Are the gloves suitable for food handling?

They may be considered for food-related applications because they are nitrile and powder-free, but buyers must verify food-contact suitability, labeling, and regulatory requirements for the intended country and application before use.

Are they suitable for chemical handling?

Suitability depends on the specific chemical, concentration, temperature, exposure duration, and glove configuration. Buyers should request applicable chemical permeation or compatibility data and should not assume that nitrile protects against every chemical.

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. The applicable documentation for the exact product and market should be confirmed directly with the manufacturer.

Can the gloves be used for surgical procedures?

The supplied information describes examination and biosafety protection gloves, not surgical gloves. They should not be used for surgical procedures unless a specific surgical configuration, sterile packaging, and applicable regulatory documentation are provided and approved for that use.

How should the gloves be stored?

They should be stored in a clean, dry area away from direct sunlight, excessive heat, moisture, chemicals, and crushing pressure. Buyers should follow the manufacturer’s storage instructions and inspect packaging before use.

Does the company support OEM or ODM projects?

The company profile states that it offers OEM/ODM non-woven medical protective clothing, and the glove information confirms customization of colors and weights. Customers should discuss the available OEM or ODM scope, artwork, packaging, minimum order quantities, samples, and documentation with the sales team.

Conclusion

The 12-Inch XXL Biosafety Protection Textured Nitrile Gloves provide a practical combination of extended coverage, large sizing, full-surface texture, powder-free construction, latex-free nitrile material, and customization flexibility. These features make the glove a strong candidate for professional environments where users need more wrist coverage and improved handling control than a conventional short, smooth-surface glove may provide.

The product’s competitive position is strengthened by the manufacturing capabilities of Jiangsu Complete Sincerity Medical New Materials Co., Ltd. The company operates large-scale facilities, advanced production lines, full-process temperature control, standardized production environments, strict quality management, and a stated daily output of more than one million pieces. Its quality and compliance orientation includes recognized medical, protective, and quality-management standards, subject to confirmation for the exact product configuration.

For buyers, the most important next steps are to define the intended application, confirm the required length and size, review test and certification documents, evaluate samples, verify customization details, and establish packaging and delivery requirements. When selected according to a proper risk assessment and used as part of a complete protective program, this glove can support reliable hand protection across medical, laboratory, biosafety, industrial, food-related, and sanitation workflows.

References

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

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

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

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

5. International Organization for Standardization. ISO 9001, Quality Management Systems—Requirements.

6. European Committee for Standardization. EN455, Medical Gloves for Single Use.

7. European Committee for Standardization. EN374, Protective Gloves Against Chemicals and Micro-organisms.

8. Product specifications and company information supplied for the 12-Inch XXL Biosafety Protection Textured Nitrile Gloves.

Product: 12 inch XXL Biosafety Protection Textured Nitrile Gloves