12-Inch M Medical Powdered Nitrile Gloves: Reliable Protection, Comfort, and Manufacturing Excellence

Medical examination gloves are essential protective equipment in healthcare, laboratories, food processing, industrial production, cleaning operations, and biosafety environments. Among the many glove materials available today, nitrile has become a preferred choice because it combines dependable barrier protection, latex-free composition, chemical resistance, durability, and comfortable wear. The 12-Inch M Medical Powdered Nitrile Gloves described in this article are designed for users who require extended wrist coverage, consistent performance, and practical customization options.

These gloves are manufactured from nitrile and are available in blue, black, and other customized colors. They are offered in a medium size and can be produced in 9-inch or 12-inch lengths, allowing buyers to select a configuration suitable for standard examination work or applications requiring additional coverage. The 12-inch format is particularly useful when protection must extend beyond the hand and cover more of the wrist and lower forearm.

The product is supplied in a packaging configuration of 100 pieces per box and 10 boxes per carton. Each glove contains approximately 10 mg of powder, supporting easier donning in appropriate applications. At the same time, buyers should select powdered or powder-free glove specifications according to their intended use, workplace requirements, and applicable regulations. In settings where powder is restricted, a powder-free alternative or a suitable processing specification should be requested before ordering.

Produced by Jiangsu Complete Sincerity Medical New Materials Co., Ltd., these gloves benefit from large-scale manufacturing capacity, controlled production conditions, structured quality management, and experience in both medical examination gloves and non-woven products. The manufacturer operates advanced production lines and reports a stable daily output of more than one million pieces. This production capability supports consistent supply for distributors, hospitals, laboratories, industrial users, and large institutional purchasing programs.

Product Overview

The 12-Inch M Medical Powdered Nitrile Gloves are examination-style gloves made from synthetic nitrile rubber. Unlike natural rubber latex, nitrile does not contain natural latex proteins, making it a practical material choice for many users who want to reduce concerns related to latex sensitivity. The gloves are ambidextrous, meaning that either glove can be worn on either hand. This simplifies distribution, reduces sorting requirements, and helps users replace a single damaged glove without searching for a left- or right-hand match.

The medium size is intended to provide a balanced fit for many adult users. Proper sizing remains important because gloves that are too tight may cause hand fatigue, while gloves that are too loose may reduce dexterity and tactile control. Buyers should confirm sizing requirements through samples, dimensional specifications, or a manufacturer-approved size chart before placing a large order.

The 12-inch length creates a useful distinction from standard examination gloves. Standard-length gloves commonly terminate closer to the wrist, while an extended-length glove can provide additional overlap with sleeves, gowns, protective clothing, or cuffs. This extra coverage can help reduce exposed skin around the wrist during procedures and tasks involving liquids, powders, cleaning agents, biological materials, or other workplace contaminants.

The glove is available in blue and black as standard color options, with additional colors customizable according to order requirements. Blue is widely used in healthcare, laboratory, food, and general industrial environments because it is easy to identify and provides a clean professional appearance. Black is often selected for automotive service, tattooing, beauty care, industrial work, and applications where visible stains or color contrast are important. Custom colors can support workplace identification, department coding, distributor branding, or product differentiation.

Product item	Specification
Product name	12-Inch M Medical Powdered Nitrile Gloves
Material	Nitrile
Glove type	Powdered examination glove
Size	Medium
Available length	9 inches or 12 inches
Standard colors	Blue and black
Color service	Custom colors available upon confirmation
Powder content	Approximately 10 mg
Packaging	100 pieces per box; 10 boxes per carton
Weight customization	Custom specifications may range from approximately 3 to 6.8 grams, subject to confirmation
Design	Ambidextrous design with textured fingertips

Why Nitrile Is a Strong Choice for Examination Gloves

Nitrile is a synthetic elastomer developed to provide a useful combination of flexibility, resistance, and protection. In examination glove applications, it is valued because it can conform closely to the hand while maintaining good mechanical strength. The material is commonly selected for environments where users need a disposable glove that can withstand routine handling, moderate contact with fluids, and repeated hand movements.

One of the most important advantages of nitrile is its latex-free composition. Natural rubber latex gloves remain useful in many applications, but some wearers may experience latex sensitivity or allergic reactions. Nitrile offers an alternative material that can help organizations reduce latex exposure in shared workplaces. This is particularly relevant in hospitals, clinics, laboratories, dental facilities, food production plants, and public service environments where gloves are worn by many different people.

Nitrile also provides a good balance between puncture resistance and flexibility. No disposable glove can prevent every possible puncture or tear, and the actual level of protection depends on material thickness, manufacturing quality, application, and exposure conditions. Nevertheless, nitrile gloves are widely selected because they generally provide dependable resistance to everyday tearing and puncturing compared with many thin vinyl alternatives.

The material is also suitable for applications involving a variety of common substances. Users may appreciate nitrile’s resistance to oils, greases, and selected chemicals, although chemical compatibility must always be checked against the specific substance, concentration, temperature, contact time, and applicable safety data. These gloves should not be treated as universal chemical protection. For specialized chemical handling, purchasers should request compatibility information and select a glove specifically tested for the intended exposure.

Nitrile’s elasticity supports close hand conformity without requiring excessive stretching. A well-fitting glove can help workers perform tasks involving instruments, packaging, inspection, sample handling, cleaning, and light assembly. The material also allows manufacturers to produce gloves in different weights and lengths, supporting a range of performance and comfort requirements.

Advantages of the Extended 12-Inch Design

The most distinctive feature of this product is its extended length. A 12-inch glove reaches farther up the wrist and lower forearm than many conventional examination gloves. This extra length can be valuable in tasks where the hand enters a liquid, contacts a contaminated surface, or works near splashing materials.

Extended coverage can reduce the gap between a glove cuff and a protective sleeve. When gloves and sleeves overlap properly, there may be fewer exposed areas around the wrist. The effectiveness of this arrangement depends on the design of the clothing, the movement of the wearer, and the specific task. Users should select protective equipment as part of a complete system rather than relying on glove length alone.

The longer cuff is useful for medical examinations, laboratory procedures, cleaning, food processing, animal care, beauty services, and industrial maintenance. For example, a laboratory technician may benefit from additional wrist coverage while handling specimens. A cleaner may prefer extended protection when working with wet surfaces or cleaning solutions. A food-processing worker may value a glove that helps cover more of the arm beneath a protective sleeve.

Compared with a standard 9-inch version, the 12-inch model offers a practical choice for users who need more coverage without moving immediately to a much heavier industrial gauntlet. It can therefore occupy a useful middle position between a short examination glove and a long, specialized chemical or thermal glove.

The product information identifies both 9-inch and 12-inch lengths as available options. This gives purchasers flexibility when building a product line. Standard examination tasks may be served by the 9-inch version, while splash-prone, extended-cuff, or sleeve-overlap applications may be better matched to the 12-inch version. Buyers should confirm the selected length, cuff dimensions, thickness, and packaging before production or shipment.

12 inch M Medical Powdered Nitrile Gloves

Comfort, Fit, and Handling Performance

Protection is important, but a glove must also be comfortable enough for people to wear correctly and consistently. Uncomfortable gloves may encourage workers to remove them prematurely, use them incorrectly, or avoid changing them as frequently as required. The design of these nitrile gloves addresses several practical aspects of everyday wear, including elasticity, fit, ambidextrous construction, and textured fingertips.

The medium size is intended for users whose hand dimensions correspond to a medium glove specification. A glove that follows the natural contours of the hand can support better dexterity than an oversized glove. At the same time, the glove should not be stretched beyond its intended fit. A proper size reduces unnecessary pressure on the fingers and palm and helps maintain more natural hand movement during repetitive work.

Textured fingertips are designed to improve grip. A textured surface can help users hold instruments, containers, packaging materials, tools, and other objects, particularly when the glove or object surface is slightly damp. Grip performance will vary depending on the texture pattern, material formulation, moisture level, and task. However, fingertip texturing is a valuable feature for workers who require controlled handling rather than simply a basic skin barrier.

The ambidextrous design simplifies glove use in busy work areas. Staff members do not need to identify a left glove and a right glove before donning. This can reduce handling time, simplify stock management, and lower waste caused by mismatched pairs. It is especially convenient for disposable examination gloves, which are normally changed frequently throughout a work shift.

The powdered interior can make donning easier, especially when hands are warm or slightly moist. The specified powder content is approximately 10 mg per glove. Powder may help the glove slide more easily over the hand and can be useful in selected industrial or general-purpose applications. Nevertheless, powder has restrictions in some medical, surgical, laboratory, and food-related environments. Purchasers should verify whether powdered gloves are allowed in their intended market and application.

For organizations that require a different balance of comfort, thickness, and durability, customized weight options may be discussed. The provided product information indicates a customization range from approximately 3 to 6.8 grams, subject to final technical confirmation. Glove weight can influence material usage, feel, strength, cost, and packaging efficiency. A lighter glove may improve flexibility and economy, while a heavier glove may provide a more substantial feel and potentially increased resistance to tearing. Weight should not be used as the only measure of protection; finished-product testing remains essential.

Barrier Protection and Workplace Applications

Medical examination gloves are used primarily to create a disposable barrier between the wearer’s hands and materials encountered during work. The barrier can help reduce direct contact with fluids, dirt, oils, microorganisms, and other contaminants. It can also help prevent the wearer from transferring substances from one surface to another.

These gloves are suitable for a broad range of potential applications, including medical examination, nursing support, laboratory work, clinical cleaning, specimen handling, dental assistance, veterinary care, food processing, pharmaceutical support operations, and general industrial inspection. The exact suitability depends on the final glove specification and the requirements of the operating environment.

In healthcare, the gloves can be used for routine non-surgical examination and patient-care activities when the relevant institutional procedures permit powdered nitrile gloves. They can support tasks such as basic examination, cleaning equipment, handling non-sterile materials, and changing dressings where the glove type is appropriate. They should not automatically be considered sterile surgical gloves. Sterility, barrier performance, and intended use must be confirmed through product documentation and applicable regulatory requirements.

In laboratories, nitrile gloves are commonly chosen for their latex-free construction, tactile handling, and resistance to many routine laboratory substances. The 12-inch cuff may provide additional coverage when handling samples or working around wet benches. Laboratory managers should still review chemical compatibility, permeation data, and contamination-control procedures for each application.

In food processing, glove color can support visual control and workplace organization. Blue gloves are often selected because blue is less common in many food ingredients, making fragments easier to identify during visual inspections. However, the glove must meet the food-contact requirements of the destination market, and the powdered specification must be approved for the intended operation.

In industrial environments, black nitrile gloves can be useful for assembly, maintenance, automotive service, equipment inspection, and light-duty handling. The color can provide a professional appearance and may help mask routine staining. Color does not itself determine protective performance, so buyers should focus on the technical specification required for the job.

In cleaning and sanitation, the extended cuff may help protect more of the wrist and lower forearm from splashes. Users should select a glove with suitable chemical resistance and thickness for the cleaning agents being used. If a task involves concentrated corrosives, solvents, high temperatures, sharp edges, or prolonged immersion, a specialized reusable or heavy-duty glove may be more appropriate.

Manufacturing Strengths of the Supplier

Jiangsu Complete Sincerity Medical New Materials Co., Ltd. is identified as a professional manufacturer of medical examination gloves and non-woven products. The company operates from an industrial facility in Shuyang County, Suqian, Jiangsu Province, China. Its reported total investment is RMB 1.08 billion, with a construction area of approximately 32,000 square meters.

A large investment and substantial production facility can support more than simple production volume. It can provide space for raw-material management, production-line organization, quality inspection, packaging, warehousing, utilities, environmental controls, and employee training. These elements are important when manufacturing disposable medical and protective products at scale.

The company reports a stable daily output of more than one million pieces. This capacity is valuable to importers, distributors, healthcare procurement groups, and industrial customers that require continuity of supply. Large-volume production can also support more predictable delivery planning, provided that raw materials, production schedules, inspections, and logistics are coordinated effectively.

High output must be combined with process control. A factory producing large quantities of gloves needs consistent control of dipping conditions, former cleanliness, compound preparation, curing, leaching, stripping, powder application, visual inspection, and packaging. Small variations in any of these stages can influence glove thickness, elasticity, surface quality, color, cuff integrity, and pinhole performance.

The company describes its production environment as standardized and subject to full-process temperature control. Temperature management is important in nitrile glove manufacturing because material behavior and curing conditions can be affected by temperature changes. Controlled conditions can help improve repeatability across batches and support more consistent physical properties.

Comprehensive process supervision is another reported strength. Supervision may include inspection of incoming raw materials, monitoring of production parameters, sampling at intermediate stages, and finished-product evaluation. A structured process helps identify problems earlier and reduces the risk that nonconforming products will proceed to final packaging.

The manufacturer also emphasizes environmental and safety management. These systems are relevant to both operational reliability and responsible production. Nitrile glove manufacturing involves chemicals, heat, water, energy, packaging materials, and wastewater management. Effective environmental controls can support cleaner operations, regulatory compliance, resource efficiency, and long-term manufacturing stability.

Advanced Production Process

The manufacturing process for nitrile examination gloves typically begins with formulation and preparation of the nitrile compound. Raw materials are selected, measured, mixed, and conditioned to create a compound with the required viscosity, elasticity, color, and processing behavior. Consistent formulation is essential because variations can influence the final glove’s strength, stretch, surface finish, and comfort.

Hand-shaped formers are then prepared through cleaning and surface treatment. The former represents the shape of the finished glove. Its cleanliness and condition influence the uniformity of the coating. Any residue, damage, or temperature variation can affect adhesion, thickness, or surface appearance.

The former is dipped into the nitrile compound under controlled conditions. Dipping speed, immersion depth, compound viscosity, former temperature, and withdrawal conditions all contribute to the amount of material deposited. For an extended-length glove, the cuff and forearm area must be formed consistently so that the additional length does not create uneven coverage or weak zones.

After dipping, the material passes through leaching and curing stages. Leaching can help remove residual processing chemicals and soluble substances. Curing develops the elastic properties of the nitrile compound and helps establish the glove’s final strength and stretch characteristics. The precise conditions depend on the formulation and equipment used.

Surface texturing may be incorporated to improve grip, especially at the fingertips. A controlled texture can help users handle objects more securely without making the glove excessively rough or uncomfortable. The manufacturer’s ability to control texture consistency is important because irregular texturing can affect both handling performance and user acceptance.

For powdered products, powder is applied during a controlled stage of production. The stated powder content is approximately 10 mg per glove. Proper distribution is important because excessive or uneven powder may affect comfort, cleanliness, packaging, or application suitability. Powdered products should be clearly identified and separated from powder-free production to reduce specification confusion.

The gloves are then stripped from the formers and inspected. Inspection may include visual review for tears, holes, incomplete dipping, surface defects, color inconsistency, cuff irregularities, contamination, and other nonconformities. Automated inspection systems may be used where available, while trained personnel can provide additional review for defects that require visual judgment.

Finished gloves are counted, boxed, and packed into cartons. The standard configuration of 100 pieces per box and 10 boxes per carton supports straightforward inventory management. Packaging should protect the gloves from contamination, moisture, crushing, and unnecessary exposure during transport and storage. Correct labeling is also important for identifying size, length, color, powder status, batch information, and other specifications.

Quality Management and Compliance Orientation

Medical and protective gloves must be manufactured under disciplined quality systems because users depend on them for consistent barrier performance. The company states that its products are manufactured in accordance with recognized standards and certifications, including FDA, CE, ISO 13485, ISO 9001, EN455, EN374, ASTM D6319, ASTM F1671, and ASTM D6978.

These standards and regulatory references relate to different aspects of product quality, safety, management systems, barrier performance, and chemical or biological resistance. They should not be interpreted as meaning that every product configuration automatically carries every certification or approval. The applicable standard depends on the product type, intended market, product claims, test results, and current regulatory documentation.

Buyers should request current certificates, declarations, test reports, technical data sheets, and quality documents relevant to the exact glove specification being purchased. The selected length, color, powder content, weight, and packaging may form part of a specific product configuration. Documentation should correspond to that configuration rather than to a general product family alone.

ISO 9001 is generally associated with quality management systems, while ISO 13485 is specifically associated with quality management for medical devices. EN455 is commonly related to requirements for medical gloves for single use. EN374 concerns protective gloves against chemicals and microorganisms, although the relevant test parts and claims must be verified. ASTM D6319 is associated with nitrile examination gloves, while ASTM F1671 and ASTM D6978 relate to specific forms of penetration or permeation testing.

For purchasing teams, quality assurance should include more than a certificate review. Buyers may evaluate production samples, dimensions, glove weight, tensile properties, elongation, visible defects, pinhole performance, powder level, packaging accuracy, carton labeling, and shipment consistency. A clear quality agreement can define acceptable quality limits, inspection methods, batch records, and procedures for handling complaints or nonconforming goods.

Manufacturing traceability is also valuable. Batch identification allows a supplier and customer to connect finished products with raw materials, production dates, equipment conditions, inspection results, and shipment records. Traceability can support faster investigation if a customer identifies a quality issue after delivery.

The company’s stated emphasis on strict quality management and comprehensive process supervision provides a foundation for reliable supply. However, each buyer should complete its own qualification process according to the destination market and intended application. Product performance depends on the exact order specification and the conditions in which the gloves are used.

Advantages Over Common Alternative Glove Materials

Nitrile gloves offer several advantages compared with many conventional alternatives. The most direct comparison is with latex. Latex can provide excellent elasticity and comfort, but nitrile avoids natural latex proteins and can therefore be a preferred option in workplaces seeking to reduce latex-related concerns. Nitrile also offers strong resistance to many common oils and chemicals, though specific compatibility must be confirmed.

Compared with vinyl gloves, nitrile generally provides a closer fit, better elasticity, and stronger resistance to tearing and puncturing. Vinyl may remain appropriate for short-duration, low-risk tasks, but it may not deliver the same combination of dexterity and durability required for examination or industrial handling. The choice should be based on the actual risk level, exposure conditions, and required glove performance.

Compared with polyethylene gloves, nitrile usually offers superior hand conformity and tactile control. Polyethylene gloves are often used for very short, low-contact tasks where rapid donning and low cost are the primary considerations. They may not be suitable when users require fine manipulation, a secure grip, or a closer protective barrier.

Compared with heavy reusable gloves, disposable nitrile examination gloves are easier to change between tasks and users. They can support hygienic workflows and reduce the need for cleaning and reprocessing. Reusable gloves may still be better for prolonged exposure, abrasive handling, heavy chemicals, high temperatures, or applications where a thicker protective barrier is required.

The extended 12-inch length gives this product another advantage over many standard short-cuff gloves. It offers more wrist and lower-forearm coverage while retaining the convenience of a disposable examination glove. The combination of nitrile material, textured fingertips, medium sizing, powder-assisted donning, and extended length creates a balanced option for users who need more than a basic hand covering.

Customization Options for Wholesale Buyers

Customization can help distributors and institutional buyers align the product with regional preferences, application requirements, and brand portfolios. The manufacturer indicates that colors and weights are customizable while dimensions remain unchanged. This means customers may be able to select a preferred color and discuss a target glove weight without changing the basic glove dimensions.

Color customization can support department identification, customer segmentation, or private-label product families. For example, one color may be assigned to clinical use, another to laboratory operations, and another to industrial handling. Color coding can improve workplace organization, although users should not assume that color alone indicates a particular level of protection.

Weight customization may be suitable for customers seeking a specific balance between price, flexibility, material usage, and perceived durability. The indicated range is approximately 3 to 6.8 grams. Since weight can vary by size and length, the final specification should be confirmed for the medium 9-inch or 12-inch version. Buyers should also request samples because two gloves with similar weights can feel different depending on formulation, thickness distribution, texture, and curing conditions.

Packaging can also be discussed for large-volume orders. The standard arrangement is 100 pieces per box and 10 boxes per carton. Depending on market requirements, purchasers may need specific carton markings, multilingual labels, pallet configurations, barcode systems, or private-label packaging. These details should be approved in writing before production begins.

Customization requires a clear technical document. A purchase specification should identify material, size, length, color, powder content, target weight, packaging quantity, labeling, applicable standards, inspection requirements, and acceptable tolerances. This helps ensure that the sample, mass-production order, and final shipment are evaluated against the same expectations.

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, and aggressive chemicals. Packaging should remain intact until the gloves are needed. Poor storage conditions can contribute to discoloration, material degradation, packaging damage, or loss of elasticity.

Users should inspect the packaging before opening it and check that the product matches the required size, length, color, and powder specification. Gloves should be discarded if they show visible damage, contamination, unusual brittleness, or other signs of deterioration. A glove should be replaced immediately after tearing or after completing a task that could transfer contaminants.

Hands should be cleaned before donning gloves and after removing them. Gloves are not a substitute for hand hygiene. Users should avoid touching clean surfaces with contaminated gloves, and they should change gloves between patients, procedures, work zones, or materials whenever required by workplace procedures.

Powdered gloves should be used only where their powder specification is accepted. Powder can be inappropriate in certain medical, surgical, laboratory, pharmaceutical, and food-processing environments. Purchasers who require a powder-free configuration should request a separate specification rather than assuming that a powdered glove can be converted after delivery.

These gloves should not be used as protection against every chemical, sharp object, high temperature, or mechanical hazard. The correct glove depends on the task risk assessment. Where hazards exceed the capability of a disposable examination glove, users should select specialized protective equipment with verified test data.

Why Choose a Large-Scale Manufacturing Partner

For buyers purchasing large quantities, supplier capacity is as important as product design. A glove may meet a sample requirement but become difficult to source if the manufacturer lacks sufficient production lines, raw-material planning, quality staff, or logistics coordination. A reported daily output exceeding one million pieces indicates that the supplier is structured to serve substantial orders.

Large-scale production can support continuity across repeat orders. When equipment, formulations, and inspection procedures are managed systematically, customers may receive more consistent products from one shipment to the next. Consistency is particularly important for distributors, because their customers expect the same color, fit, cuff length, packaging, and handling characteristics when reordering.

The company’s focus on both nitrile gloves and non-woven medical products may also benefit customers seeking multiple categories from one manufacturing source. Medical facilities and distributors often purchase gloves together with protective clothing, masks, caps, shoe covers, and other disposable products. A supplier with experience in complementary product categories may simplify communication, product development, and order coordination.

The company also highlights sustainability efforts, including energy and emissions reduction, resource recycling, environmentally friendly materials and processes, clean production environments, and cooperation with supply-chain partners. Responsible manufacturing is increasingly important to purchasers evaluating the full life cycle of disposable products. Although disposable gloves necessarily involve material consumption, better process efficiency, waste control, and resource management can contribute to more responsible production.

A long-term supplier relationship should be based on transparent specifications, consistent quality, responsive communication, realistic lead times, and documented corrective-action procedures. The manufacturer’s commitment to professionalism, integrity, sustainability, and sincere service provides a stated foundation for such cooperation.

Purchasing Considerations for Distributors and Institutions

Before placing an order, purchasers should identify the intended applications and determine whether a powdered or powder-free glove is appropriate. They should also confirm whether the market requires medical-device registration, food-contact compliance, chemical-resistance testing, or other documentation. The same glove may not be suitable for every market or every use.

Size selection is another important consideration. This product is specified in medium, but users may have different hand dimensions. If the product will be distributed to a broad workforce, buyers may wish to discuss additional sizes or develop a size range. A size trial can reduce complaints and help determine whether the medium version provides the desired finger length, palm width, and cuff fit.

Length should be confirmed carefully. The product title emphasizes 12 inches, while the specification identifies both 9-inch and 12-inch options. The purchase order should clearly state the required length so that the buyer receives the correct configuration. Cuff length and overall glove length should be checked against approved samples and technical drawings where necessary.

Color should also be documented. Blue and black are identified as available colors, and other colors may be customized. Custom color orders may require a minimum quantity, color approval, development time, or a reference standard. Buyers should approve a color sample under suitable lighting before mass production.

For weight customization, the target should be expressed with a reasonable tolerance. A target of 3 to 6.8 grams is a broad customization range, and the final weight may depend on glove size, length, and production conditions. Buyers should request a sample specification and agree on the measurement method before approving production.

Packaging requirements should include the number of gloves per box, number of boxes per carton, carton dimensions if needed, labeling language, batch information, and shipping marks. The standard configuration of 100 pieces per box and 10 boxes per carton is convenient for many distribution channels, but market-specific requirements may differ.

Q&A

What material are these gloves made from?

They are made from synthetic nitrile. Nitrile is widely used for examination and protective gloves because it offers a latex-free material option, good elasticity, useful resistance to many common substances, and a close-fitting feel.

What size is available?

The listed product is size medium. Buyers should verify hand dimensions and request samples or a size chart before ordering large quantities, especially when the gloves will be used by people with varied hand sizes.

Are these gloves 12 inches long?

The product is presented as a 12-inch model, and the specification also lists 9-inch and 12-inch lengths. Buyers should clearly identify the required length on the quotation, technical specification, and purchase order.

What is the powder content?

The listed powder content is approximately 10 mg per glove. Powder may support easier donning, but powdered gloves are not suitable for every medical, laboratory, pharmaceutical, or food-related application. Users should confirm that powder is permitted in their environment.

Can the glove color be customized?

Yes. Blue and black are listed as available colors, and additional colors may be customized. Color requirements, minimum order quantities, sample approval, and production timing should be confirmed with the manufacturer.

Can the glove weight be customized?

The provided specification indicates that weight can be customized within an approximate range of 3 to 6.8 grams, while dimensions remain unchanged. The final target and tolerance should be confirmed for the selected length and size.

Are the gloves ambidextrous?

Yes. The design is ambidextrous, so either glove can be worn on either hand. This can simplify distribution, reduce sorting time, and make individual glove replacement more convenient.

Do the gloves have textured fingertips?

Yes. Textured fingertips are identified as a product feature intended to support grip and handling. Actual grip performance can vary according to moisture, the object being handled, and the working conditions.

Are these sterile surgical gloves?

The product is described as a powdered nitrile examination glove, not as a sterile surgical glove. Buyers requiring sterility must request the appropriate product category and documentation. Product claims should always match the exact manufactured configuration.

What are the standard packaging quantities?

The listed packaging is 100 pieces per box and 10 boxes per carton, equivalent to 1,000 gloves per carton. Packaging customization may be discussed for large-volume or private-label orders.

What applications are suitable for these gloves?

Potential applications include medical examination, laboratory work, clinical cleaning, veterinary care, food processing where permitted, industrial inspection, maintenance, beauty services, and general protective handling. Suitability depends on the specific hazards, regulations, and final product documentation.

Can these gloves protect against all chemicals?

No. Nitrile provides useful resistance to many common substances, but no disposable examination glove protects against every chemical. Users should review chemical compatibility data based on the exact substance, concentration, temperature, and contact time.

What manufacturing strengths does the supplier offer?

The supplier reports a 32,000-square-meter construction area, a total investment of RMB 1.08 billion, advanced production lines, full-process temperature control, standardized production environments, strict quality management, comprehensive process supervision, and a stable daily output of more than one million pieces.

What documentation should buyers request?

Buyers should request a technical data sheet, applicable certificates or declarations, current test reports, quality-system information, batch or traceability documentation, packaging details, and any market-specific compliance documents required for the intended application.

Conclusion

The 12-Inch M Medical Powdered Nitrile Gloves provide a practical combination of extended coverage, latex-free nitrile construction, ambidextrous design, textured fingertips, flexible color selection, and packaging suitable for high-volume distribution. The 12-inch length can help users obtain additional wrist and lower-forearm coverage compared with standard short-cuff examination gloves, while the available 9-inch option provides flexibility for different work environments.

The product’s advantages are supported by the characteristics of nitrile itself: a close fit, useful elasticity, dependable everyday durability, and broad suitability across healthcare, laboratory, industrial, food, cleaning, and biosafety-related applications. The powdered interior may simplify donning, while the stated weight customization range gives wholesale buyers an opportunity to balance comfort, performance, and cost.

Jiangsu Complete Sincerity Medical New Materials Co., Ltd. contributes manufacturing scale, advanced production lines, controlled temperature conditions, standardized facilities, quality supervision, and a reported daily output of more than one million pieces. Its experience in medical examination gloves and non-woven products positions it to support both focused glove orders and broader disposable protective-product programs.

For the best results, buyers should confirm the exact length, size, color, weight, powder content, packaging, regulatory documentation, and application requirements before production. When the specification is carefully matched to the intended task, these nitrile gloves can serve as a reliable and efficient component of a modern hand-protection program.

References

1. Manufacturer-provided product specification for 12-Inch M Medical Powdered Nitrile Gloves.

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

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

4. EN 455, Medical Gloves for Single Use.

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

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

7. ISO 9001, Quality Management Systems—Requirements.

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 principles for the selection, use, storage, and disposal of disposable protective gloves.

Product: 12 inch M Medical Powdered Nitrile Gloves