12-Inch XS Fingertip-Textured Nitrile Gloves for Reliable Medical and Professional Protection

Introduction

Medical examination gloves are an essential part of infection control, personal protection, and professional hygiene. In healthcare environments, laboratories, food-processing facilities, industrial workplaces, and biosafety applications, gloves must provide more than a basic physical barrier. They must fit securely, support accurate hand movements, offer dependable grip, resist tearing during use, and remain comfortable through repeated tasks. The 12-inch XS Medical Fingertip-Textured Nitrile Gloves are designed to meet these practical demands through a combination of nitrile material, powder-free construction, extended length, fingertip texturing, and controlled manufacturing.

These gloves are manufactured by Jiangsu Complete Sincerity Medical New Materials Co., Ltd., a professional producer of medical examination gloves and non-woven products in China. The company combines large-scale production capacity with standardized process management, temperature-controlled manufacturing, quality supervision, and international compliance practices. This manufacturing foundation supports stable product quality for customers seeking dependable private-label, OEM, ODM, wholesale, and institutional supply programs.

The XS version is suitable for users who require a closer, more precise fit. Its 12-inch length provides additional wrist and lower-arm coverage compared with standard examination gloves, while the textured fingertips help improve handling in situations where instruments, containers, packaging, or equipment may be difficult to grip. The product is powder-free and latex-free, making it a practical option for users who want to reduce powder contamination and avoid natural rubber latex materials.

Colors and weights can be customized according to project requirements, while the product dimensions remain unchanged. Specific weight customization is available from 3 to 6.8 grams, allowing buyers to balance tactile sensitivity, material usage, durability, and application requirements. Blue and black are available as standard or customizable color options.

12 inch XS Medical Fingertip-Textured Nitrile Gloves

Product Overview

The 12-inch XS Medical Fingertip-Textured Nitrile Gloves are disposable protective gloves made from synthetic nitrile rubber. They are intended for professional environments in which hand protection, cleanliness, grip, and consistent sizing are important. The gloves are ambidextrous, allowing either glove to be worn on either hand and simplifying storage, dispensing, and inventory management.

Nitrile is widely selected for examination and protective gloves because it provides a useful combination of elasticity, puncture resistance, chemical resistance, and latex-free performance. Compared with many conventional disposable glove materials, nitrile can provide a more dependable barrier for a broad range of routine medical, laboratory, industrial, cleaning, and food-related tasks. The material also conforms to the hand without requiring a natural rubber latex composition.

The fingertip-textured surface is a central feature of this product. Instead of relying on a completely smooth fingertip, the glove incorporates texture in the areas most frequently used for grasping and manipulation. This design can improve friction between the glove and an object, helping users handle medical instruments, vials, tools, containers, labels, and other items with greater control.

The 12-inch format extends protection beyond the hand and wrist. This additional length can help reduce the exposed gap between the glove cuff and a sleeve, gown, or protective garment. It is especially useful in procedures where liquids, splashes, dust, or contaminants may reach the lower wrist area. The extended cuff also supports a more secure overlap with protective clothing.

Product Feature	Specification	Practical Benefit
Material	Nitrile	Latex-free synthetic barrier material with flexibility and durability
Size	XS	Closer fit for users with smaller hands and precision-oriented tasks
Length	12 inches; 9-inch option also listed	Extended wrist coverage for the 12-inch version
Surface	Fingertip-textured	Improved handling and grip at the fingertips
Powder	Powder-free	Reduced powder residue and lower risk of process contamination
Color	Blue and black; customizable	Supports visual differentiation and private-label programs
Packaging	100 pieces per box; 10 boxes per carton	Convenient counting, storage, and distribution
Weight	Customizable from 3 to 6.8 grams	Allows buyers to specify a preferred balance of feel and strength

Why Nitrile Is a Strong Choice for Disposable Gloves

Latex-Free Construction

One of the most important advantages of nitrile gloves is that they do not rely on natural rubber latex. Latex has long been used for disposable gloves because of its elasticity, but some users may be sensitive to latex proteins. A latex-free nitrile alternative can help organizations reduce concerns associated with natural rubber latex exposure and simplify purchasing for mixed-use environments.

Latex-free construction is particularly valuable in medical facilities, dental clinics, laboratories, pharmaceutical workplaces, schools, food facilities, and public-service organizations. A facility may not always know the sensitivity status of every employee, patient, visitor, contractor, or customer. Selecting nitrile gloves can therefore support a more inclusive protective-glove policy.

Balanced Flexibility and Durability

Nitrile can stretch and conform to the hand while retaining useful resistance to tearing and puncture during normal use. This balance is important because an excessively rigid glove can reduce dexterity, while a glove that is too thin or fragile may fail during demanding tasks. The customizable weight range gives buyers additional control over the desired performance profile.

For delicate examination procedures, a lighter weight may be preferred because it supports touch sensitivity and hand movement. For more demanding cleaning, laboratory, industrial, or biosafety tasks, a higher specified weight may provide a stronger and more substantial feel. The available range from 3 to 6.8 grams enables procurement teams to select a configuration appropriate to their application rather than relying on a single universal thickness or weight.

Resistance to Routine Workplace Exposure

Nitrile gloves are commonly used where workers may encounter oils, greases, cleaning substances, biological materials, and various workplace chemicals. Performance depends on the specific chemical, concentration, contact time, temperature, and glove construction, so users should consult applicable chemical-resistance data before selecting gloves for a specialized substance. Nevertheless, nitrile is broadly recognized as a versatile material for routine professional protection.

The gloves are also suitable for environments where contamination control is important. Their powder-free design helps prevent loose powder from transferring to surfaces, instruments, samples, products, or skin. This characteristic can be especially useful in medical examination, laboratory, pharmaceutical, food-handling, and clean-work areas.

Advantages of the 12-Inch Extended Length

Standard disposable gloves often end near the wrist. In many work situations, that short cuff leaves a small area of exposed skin between the glove and the protective sleeve. The 12-inch format addresses this limitation by extending farther up the wrist and lower forearm. The result is a larger protective overlap and improved coverage during tasks involving splashes or contact with contaminated surfaces.

Extended-length gloves can reduce the need to frequently adjust the cuff during work. When a glove remains more securely positioned under or over a sleeve, users can concentrate on the task rather than repeatedly checking the fit. This is beneficial in healthcare procedures, cleaning operations, laboratory work, industrial maintenance, and other activities involving frequent arm movement.

The longer design is also useful for workplaces that combine gloves with gowns, coveralls, laboratory coats, disposable sleeves, or non-woven protective clothing. Proper garment integration is important because protective equipment performs best when gaps between components are minimized. The glove does not replace a sleeve or protective garment, but its extended cuff can create a more practical connection between hand protection and upper-body protection.

Compared with purchasing separate short gloves and disposable wrist covers, a long-cuff glove may simplify procedures and reduce the number of individual items that workers must put on. It can also streamline storage and distribution when a facility has standardized protocols for splash-prone or contamination-sensitive tasks.

Benefits of Fingertip Texturing

Grip is a critical consideration in medical and professional glove selection. A smooth glove may be suitable for some basic tasks, but it can become less reliable when surfaces are wet, oily, polished, or difficult to hold. Fingertip texturing increases the contact pattern between the glove and the object, which can help users maintain control without applying excessive force.

Improved fingertip grip may support more accurate manipulation of syringes, instruments, specimen containers, tubes, packaging materials, tools, and small components. In a clinical setting, better control can help staff perform routine procedures with confidence. In a laboratory, it can reduce the likelihood of dropping or mishandling small items. In industrial or maintenance environments, it can support more stable handling of equipment and parts.

Texturing limited to the fingertips may also preserve a smoother feel across other areas of the glove. This can help maintain comfort and reduce unnecessary surface roughness during prolonged wear. The design therefore combines targeted grip enhancement with the general flexibility expected from a disposable nitrile glove.

Grip performance is influenced by more than texture alone. The correct size, appropriate weight, glove fit, surface condition, and task requirements all affect handling. The XS size is therefore important for smaller-handed users because excess material at the fingertips can reduce the benefit of texturing. A closer fit helps the textured areas stay aligned with the user’s fingertips.

XS Sizing and User Comfort

Choosing the correct glove size is essential for both protection and productivity. A glove that is too large may bunch around the fingertips, catch on equipment, or reduce precision. A glove that is too small may feel restrictive, stretch excessively, and create unnecessary stress on the material. The XS configuration is intended for users who need a smaller hand fit and more controlled fingertip positioning.

Proper sizing also supports worker comfort. When gloves fit correctly, users are less likely to experience excess material, slipping, or repeated cuff adjustment. Comfort is especially important during extended shifts, repetitive examination procedures, laboratory work, and tasks requiring frequent hand movement.

Because hand shape varies, buyers should establish a practical sizing method before placing a large order. Organizations can evaluate palm width, hand length, finger length, and overall dexterity requirements. Sample testing by representative users is recommended when purchasing for a new workforce, introducing a new glove design, or changing the specified weight.

Although the product information identifies this model as XS, custom programs can be discussed with the manufacturer when different sizes, colors, weights, packaging formats, or labeling requirements are needed. The listed product dimensions remain unchanged for the stated customization program, while color and specific weight can be adjusted within the available range.

Powder-Free Performance

Powder-free gloves are increasingly preferred in environments where cleanliness and process control matter. Powder can transfer from a glove to skin, instruments, surfaces, samples, packaging, or finished products. By eliminating powder content, these gloves help reduce unwanted residue during routine use.

Powder-free construction is particularly relevant in medical examinations, laboratories, food preparation, pharmaceutical handling, electronics-related work, and clean production environments. It can also make post-use cleanup easier because there is less loose material to remove from work surfaces.

Powder-free does not mean that users can ignore hand hygiene or glove-changing procedures. Gloves should be worn according to the facility’s established protocols, changed between tasks when required, and disposed of responsibly after contamination or damage. The primary function of the glove is to provide a temporary protective barrier, not to replace handwashing or other infection-control measures.

Applications Across Multiple Industries

Medical Examination and Clinical Care

The gloves are designed for medical examination applications where barrier protection, tactile control, and clean handling are essential. The XS fit can serve healthcare professionals with smaller hands, while the 12-inch length can provide additional coverage around the wrist. Fingertip texturing supports controlled handling of examination tools and medical supplies.

Hospitals, clinics, outpatient centers, dental offices, nursing facilities, emergency-response teams, and home-care providers may use gloves in accordance with their internal policies and applicable regulations. The specific suitability of a glove depends on the procedure, exposure risk, and required certification or performance level.

Laboratories and Research Facilities

Laboratory work often involves small containers, instruments, samples, and surfaces that require precise handling. Fingertip texture and an XS fit can help users maintain control over delicate items. The powder-free design also supports environments where contamination from loose particles must be minimized.

Researchers and laboratory managers should select glove specifications according to the biological, chemical, thermal, and mechanical hazards present. Where specialized permeation or penetration resistance is required, relevant test data and site-specific risk assessments should guide the final choice.

Food Processing and Food Service

Powder-free nitrile gloves are commonly selected for food-related operations because they provide a clean, disposable barrier for many handling tasks. Blue and black colors can support visual management programs, product differentiation, or easier identification of glove fragments if a glove is damaged. Food-contact requirements vary by market and application, so buyers should confirm that the selected configuration satisfies local regulations and customer specifications.

Industrial and Maintenance Work

In workshops, assembly areas, maintenance departments, and production facilities, workers may need protection from oils, dirt, grease, and routine surface contamination. Nitrile’s synthetic composition and fingertip texturing can provide a practical combination of hand coverage and grip for many light- and medium-duty tasks.

The gloves should not be treated as universal protection against every industrial hazard. Tasks involving sharp edges, high heat, heavy impact, concentrated chemicals, or specialized mechanical risks may require gloves with different constructions. A proper hazard assessment should always be completed before use.

Biosafety and Cleaning Operations

Extended cuffs are valuable in cleaning and biosafety work because splashes and contaminated liquids may reach the wrist area. The longer design can complement gowns, aprons, sleeves, and other non-woven protective clothing. The powder-free surface supports cleaner work practices, while the disposable format makes it easier to establish task-specific glove-changing procedures.

Manufacturing Strength and Production Capacity

Product performance begins with manufacturing control. Jiangsu Complete Sincerity Medical New Materials Co., Ltd. operates 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. Its reported daily output exceeds one million pieces, providing the scale needed to support recurring institutional and distribution orders.

Large production capacity is valuable for buyers that depend on supply continuity. Hospitals, distributors, laboratory networks, food-processing groups, and industrial customers may require regular replenishment rather than occasional spot purchases. A manufacturer with multiple advanced production lines and standardized operating procedures is better positioned to plan production, manage schedules, and support consistent order fulfillment.

The company applies full-process temperature control throughout manufacturing. Temperature control is important in nitrile glove production because material behavior, forming, curing, and final physical properties can be affected by process conditions. Maintaining controlled parameters helps reduce variation and supports more consistent glove formation across production batches.

Standardized production environments provide another important advantage. Gloves intended for medical and professional applications require a controlled approach to raw-material handling, forming, washing, drying, inspection, packaging, and storage. A standardized environment helps reduce avoidable contamination and supports repeatable production practices.

Comprehensive process supervision is integrated into the company’s manufacturing approach. Rather than relying only on final inspection, effective quality management monitors multiple stages of production. This can include raw-material checks, equipment operation, production parameters, visual inspection, defect control, packaging verification, and batch documentation.

Quality Management and Compliance Orientation

The company states that its products are manufactured in accordance with recognized quality and compliance standards, including FDA, CE, ISO 13485, ISO 9001, EN455, EN374, ASTM D6319, ASTM F1671, and ASTM D6978. The relevance of any specific standard depends on the exact product configuration, intended use, market, and applicable documentation. Buyers should request current certificates, declarations, test reports, and technical files for the specific model and order.

ISO 13485 is associated with quality management systems for medical devices, while ISO 9001 provides a broader framework for quality management. EN455 relates to requirements for medical gloves for single use, and EN374 addresses protective gloves against chemicals and microorganisms. ASTM standards listed by the company include methods or requirements associated with medical examination gloves and resistance to penetration or permeation.

Compliance should be understood as a complete process rather than a label alone. Responsible procurement includes verifying the product specification, packaging, labeling, intended use, lot information, applicable test results, and destination-market requirements. The manufacturer’s quality-management structure provides a foundation for this process and helps customers organize their own technical and purchasing reviews.

Strict pinhole control is another stated strength of the company’s glove production. Pinhole defects can compromise the integrity of a disposable glove, which is why inspection and process control are important. Reliable barrier performance depends on material quality, forming conditions, curing, handling, and testing. Buyers with high-risk applications should confirm the applicable acceptance criteria and test documentation for their specific order.

Customization for OEM and ODM Programs

Many professional buyers require more than a standard catalog item. They may need a particular color, weight, carton arrangement, label design, brand presentation, or purchasing specification. The product supports customization of colors and weights while maintaining the stated dimensions. This allows customers to develop a glove configuration that reflects their operational needs and market positioning.

Color customization can serve practical purposes. Blue and black are available options, while additional colors may be discussed for visual identification, department separation, brand coordination, or customer preference. In healthcare and industrial environments, color coding can help distinguish glove types or reduce confusion between work areas.

Weight customization from 3 to 6.8 grams gives buyers a way to adjust the glove’s feel and material profile. A lower-weight glove may be appropriate when frequent changes and fine tactile work are priorities. A higher-weight configuration may be preferred where users want a more substantial glove for routine handling, cleaning, or industrial support tasks. The best choice should be determined through representative-use testing rather than weight alone.

OEM and ODM cooperation can also help distributors and institutional buyers create a more consistent supply program. A private-label glove with agreed specifications can simplify product training, purchasing, and inventory management. Before final approval, the buyer and manufacturer should confirm the size, length, weight, color, packaging, labeling, case quantity, inspection requirements, and documentation package.

Packaging and Supply Efficiency

The listed packing configuration is 100 pieces per box and 10 boxes per carton. This arrangement provides a total of 1,000 gloves per carton, assuming the stated quantity refers to individual gloves. Box-level packaging supports convenient dispensing at the point of use, while carton-level packaging simplifies warehouse storage and distribution.

Packaging Level	Quantity	Typical Supply Function
Inner box	100 pieces	Point-of-use dispensing and routine inventory counting
Outer carton	10 boxes	Warehouse storage, shipment planning, and distributor handling
Estimated carton total	1,000 pieces	Bulk replenishment for professional users

Consistent packaging is important for organizations that manage glove consumption across multiple departments or sites. Procurement teams can forecast usage by box or carton, while warehouse personnel can establish minimum and maximum stock levels. Clear packaging specifications also support more accurate freight planning and order reconciliation.

Customers should confirm whether the final order requires additional packaging features such as multilingual labeling, custom carton marks, barcode identification, batch information, expiration information, pallet requirements, or special export documentation. These details are particularly important for international distribution and regulated healthcare supply chains.

Comparison with Common Competitor Options

The 12-inch XS Medical Fingertip-Textured Nitrile Gloves offer several advantages over basic short, smooth, powdered, or non-customizable glove options. Their value comes from the combination of features rather than from any single characteristic.

Compared with short-cuff gloves, the 12-inch design provides more wrist and lower-arm coverage. This can be helpful for splash-prone tasks and for users who need better overlap with sleeves or protective clothing. Compared with smooth-fingertip gloves, the textured fingertips can offer improved control when handling small or slippery objects.

Compared with powdered gloves, the powder-free construction reduces the possibility of loose powder transfer. This supports cleaner medical, laboratory, food, and industrial processes. Compared with latex gloves, nitrile provides a latex-free alternative that can help organizations address concerns about natural rubber latex sensitivity.

Compared with one-size-fits-all procurement, the XS specification supports a more precise fit for smaller-handed users. Better sizing may improve dexterity, comfort, and task control. Finally, compared with fixed-weight products, the 3-to-6.8-gram customization range gives buyers more flexibility to match glove feel and material usage to their application.

Evaluation Area	Basic Short Smooth Glove	12-Inch XS Fingertip-Textured Nitrile Glove
Material option	May be latex or another material	Nitrile and latex-free
Wrist coverage	Standard short cuff	Extended 12-inch format
Fingertip grip	May be smooth	Textured fingertips
Powder status	May contain powder	Powder-free
Small-hand fit	May be limited	XS configuration
Weight selection	Often fixed	Customizable from 3 to 6.8 grams
Color program	May be restricted	Blue, black, and customizable options

Competitor comparisons should always be confirmed through equivalent test methods and matching product specifications. A glove’s actual performance can vary according to thickness distribution, formulation, curing conditions, packaging, storage, and intended use. The advantages described here represent the product’s design and available customization features, not a claim that every alternative performs identically.

Advanced Environmental and Safety Management

Modern glove production requires attention to both product quality and environmental responsibility. The company reports comprehensive environmental and safety management systems as part of its manufacturing operations. Such systems can help establish procedures for energy use, emissions management, waste handling, worker safety, equipment operation, and clean production.

The company’s sustainability initiatives 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 to pursue shared sustainability goals. These efforts are relevant to customers whose procurement policies include environmental, social, and governance considerations.

Sustainability in disposable-glove manufacturing must be approached realistically. Disposable gloves are used because they help control contamination and protect workers, but responsible production can still seek to reduce unnecessary resource use and improve process efficiency. Manufacturers can contribute through optimized production lines, reduced waste, improved recycling practices where feasible, efficient utilities, and careful packaging design.

Safety management is equally important. Large-scale production requires clear operating procedures, worker training, equipment safeguards, emergency planning, and controlled material handling. A manufacturer that integrates occupational safety with quality and environmental management is better prepared to support stable long-term production.

How to Select the Correct Configuration

Buyers should begin by defining the intended task. Medical examination, laboratory handling, food processing, cleaning, industrial maintenance, and biosafety work may each require different balances of fit, grip, durability, coverage, and regulatory documentation. The 12-inch XS configuration is most appropriate when smaller sizing and extended wrist coverage are both desired.

The next step is to evaluate the required weight. A lighter specification may maximize flexibility and sensitivity, while a heavier specification may create a stronger and more substantial feel. Users should conduct practical trials that include donning, doffing, fingertip manipulation, stretching, repeated movement, and task-specific exposure conditions.

Color should be selected based on operational requirements. Blue may provide a familiar medical appearance and strong contrast against many materials. Black may be preferred in industrial, cosmetic, tattoo, automotive, or service environments where visual presentation and stain concealment are considerations. Custom colors can support department coding or brand identity.

Finally, procurement teams should review documentation. This may include product specifications, certificates, batch records, test reports, packaging information, quality-system evidence, and destination-market requirements. For regulated or high-risk applications, technical approval should be completed before commercial deployment.

Recommended Use and Handling Practices

Users should inspect the package before opening and confirm that the gloves are the correct size and configuration. Gloves should be stored in a cool, dry, clean area away from direct sunlight, excessive heat, moisture, sharp objects, and incompatible chemicals. Stock rotation should follow the manufacturer’s stated shelf-life and storage recommendations.

Hands should be clean and dry before gloves are donned. Users should choose the correct size and avoid wearing gloves that show visible damage. Rings, watches, sharp fingernails, and other objects may increase the risk of tearing or puncturing the material.

During use, gloves should be changed when they become visibly contaminated, torn, compromised, or unsuitable for the next task. They should not be washed or reused unless the manufacturer and applicable regulations specifically permit a particular procedure. Used gloves should be disposed of according to the facility’s waste-management requirements and the type of contamination involved.

Users should avoid treating disposable nitrile gloves as protection against all hazards. Heat, sharp edges, concentrated chemicals, high-impact risks, and specialized biological hazards may require additional or different protective equipment. A glove should always be selected as part of a complete risk-control program.

Business Value for Distributors and Institutional Buyers

For distributors, the product offers a combination of widely requested features: nitrile material, latex-free construction, powder-free performance, fingertip texture, extended length, customizable color, and flexible weight selection. These features can help distributors serve healthcare, laboratory, food, industrial, and cleaning customers with one adaptable product family.

For hospitals and healthcare networks, standardized packaging and repeatable production can simplify replenishment. The XS size can address the needs of smaller-handed staff, while the extended cuff provides an option for procedures requiring additional wrist coverage. For laboratories and manufacturers, color and weight customization may support process segmentation and purchasing consolidation.

The company’s production scale is also relevant to long-term supply planning. A reported daily output of more than one million pieces and multiple advanced production lines indicate the ability to support substantial recurring demand. Buyers should still confirm lead times, minimum order quantities, production schedules, shipping conditions, and quality-release procedures for each program.

Long-term cooperation can be strengthened through clear technical agreements. These should define the approved sample, dimensions, acceptable weight range, color standard, packaging, labeling, testing requirements, inspection method, and change-control process. A detailed agreement helps ensure that customized products remain consistent across repeat orders.

Q&A

What material are these gloves made from?

They are made from nitrile, a synthetic rubber material commonly used for medical examination, laboratory, industrial, food, and cleaning gloves. The product is latex-free.

What does fingertip-textured mean?

Fingertip-textured gloves have a textured surface in the fingertip areas to improve friction and handling. This can help users grip instruments, containers, tools, and other objects more securely than with a completely smooth fingertip.

Why choose the 12-inch length?

The 12-inch length extends farther over the wrist and lower arm than a standard short-cuff glove. It can provide improved overlap with sleeves and protective garments and may be useful for tasks involving splashes or contamination near the wrist.

Is the XS size suitable for everyone?

No. XS is intended for users with smaller hands. Buyers should evaluate palm width, finger length, dexterity, and comfort through sizing trials before placing a large order.

Are the gloves powder-free?

Yes. The listed product specification identifies them as powder-free. This helps reduce loose powder residue on hands, surfaces, instruments, samples, and products.

What colors are available?

Blue and black are listed as available colors. Colors can also be customized according to the buyer’s program requirements, subject to confirmation with the manufacturer.

Can the glove weight be customized?

Yes. Specific weight customization is available from 3 to 6.8 grams. The selected weight should be evaluated according to the desired balance of flexibility, tactile feel, durability, and application requirements.

Are the dimensions customizable?

The supplied product information states that colors and weights are customizable while dimensions remain unchanged. Buyers requiring other dimensions should discuss the requirement separately with the manufacturer.

How are the gloves packed?

The listed configuration is 100 pieces per box and 10 boxes per carton, for an indicated total of 1,000 pieces per carton.

Can the gloves be used for chemical protection?

Nitrile offers useful resistance to many routine substances, but no glove protects against every chemical. Buyers must review the specific chemical, concentration, temperature, contact time, and applicable test data before approving use.

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. Customers should request current documentation for the exact product and market.

Does the company provide OEM or ODM cooperation?

The company’s product and business profile support customized color and weight programs and indicate a focus on OEM/ODM cooperation. Specific branding, packaging, labeling, and order requirements should be confirmed during project development.

Conclusion

The 12-inch XS Medical Fingertip-Textured Nitrile Gloves are designed for professional users who require a smaller fit, extended wrist coverage, controlled fingertip grip, and powder-free latex-free protection. Their nitrile construction provides a practical balance of flexibility and durability for a wide range of medical, laboratory, food, industrial, cleaning, and biosafety applications.

The product stands out through the combination of features that are not always available in a basic disposable glove. The 12-inch length supports additional coverage, fingertip texturing improves handling, XS sizing promotes precision for smaller-handed users, and the 3-to-6.8-gram customization range allows buyers to select a suitable material profile. Blue, black, and other color options further support operational and private-label requirements.

Behind the product is a large-scale manufacturing operation with a reported RMB 1.08 billion investment, a 32,000-square-meter construction area, advanced production lines, daily output of more than one million pieces, full-process temperature control, standardized production environments, and comprehensive quality supervision. The company’s stated attention to international standards, environmental management, worker safety, and sustainable production provides a strong foundation for long-term supply cooperation.

For buyers seeking a dependable customized nitrile-glove program, the product offers a practical starting point. Final selection should be based on application-specific risk assessment, sizing trials, technical documentation, regulatory review, and confirmation of the exact production specification. With these steps in place, the gloves can support consistent protection, efficient handling, and professional hygiene across demanding work environments.

References

1. Product specification supplied for 12-Inch XS Medical Fingertip-Textured Nitrile Gloves.

2. Company information supplied by Jiangsu Complete Sincerity Medical New Materials Co., Ltd.

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

4. ISO 9001, Quality Management Systems—Requirements.

5. EN455, Medical Gloves for Single Use.

6. EN374, Protective Gloves Against Chemicals and Micro-Organisms.

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

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

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

10. General occupational hygiene and personal protective equipment principles for disposable protective gloves.

Product: 12 inch XS Medical Fingertip-Textured Nitrile Gloves