12-Inch L Medical Fingertip-Textured Nitrile Gloves: Extended Protection, Reliable Grip, and Production Excellence

Medical and industrial professionals increasingly require disposable gloves that combine dependable barrier performance, comfort, tactile control, and practical packaging efficiency. The 12-Inch L Medical Fingertip-Textured Nitrile Gloves are designed to address these needs through an extended cuff, powder-free nitrile construction, fingertip texturing, and a manufacturing process focused on consistency. They are suitable for applications where users need more coverage than a standard examination glove while still requiring the flexibility and dexterity associated with a disposable nitrile product.

The glove is manufactured from nitrile, a synthetic material valued for its latex-free composition, resistance to puncture, comfortable fit, and broad suitability for healthcare, laboratory, food-handling, industrial, and biosafety environments. The L size provides a practical option for many adult users, while blue and black are available as standard color choices. Custom colors and product weights can also be discussed for qualified purchasing programs.

A key characteristic of this product is its extended length. The 12-inch configuration reaches farther up the wrist and lower forearm than a conventional 9-inch glove. This additional coverage can help reduce the exposed gap between the glove cuff and the wearer’s sleeve, especially when users are handling liquids, contaminants, cleaning agents, biological materials, or other substances that may travel toward the wrist.

The glove also features textured fingertips. Rather than applying an aggressive texture across the entire surface, fingertip texturing concentrates traction where precision handling is most important. This design supports a secure grip on instruments, packaging, containers, tools, and other objects while helping preserve a smooth feel across much of the glove surface.

12 inch L Medical Fingertip-Textured Nitrile Gloves

Product Overview

The 12-Inch L Medical Fingertip-Textured Nitrile Gloves are powder-free, ambidextrous disposable gloves intended for professional use. Their construction combines the practical advantages of nitrile with an extended cuff and targeted fingertip texture. The result is a glove designed to balance protection and usability without adding unnecessary complexity to routine operations.

Product Attribute	Specification
Material	Nitrile
Product Type	Fingertip-textured disposable glove
Size	L
Length Options	9 inches / 12 inches
Standard Colors	Blue and black
Color Customization	Available according to project requirements
Weight Customization	Approximately 3 to 6.8 grams, subject to confirmation
Powder Content	Powder-free
Packaging	100 pieces per box; 10 boxes per carton

Although the featured product is the 12-inch L model, the listed product family also includes a 9-inch length option. Customers should confirm the required length, weight, color, packaging artwork, and compliance documentation before placing a production order. Dimensions remain unchanged when the weight is customized, allowing buyers to adjust material distribution and product specifications without changing the basic glove profile.

Why Nitrile Is a Practical Choice

Nitrile is widely selected for disposable gloves because it avoids natural rubber latex while offering a useful combination of elasticity, puncture resistance, chemical resistance, and tactile performance. For organizations seeking to reduce latex exposure in the workplace, a nitrile glove can be an important part of a broader occupational safety program.

The absence of powder is another practical benefit. Powdered gloves may leave residue on surfaces, interfere with certain procedures, or create avoidable concerns in clean environments. Powder-free gloves are generally preferred in medical, laboratory, electronics, food, and controlled manufacturing applications where cleanliness and process discipline are important.

Nitrile can also provide a close-fitting feel that supports manual dexterity. A glove that conforms well to the hand allows users to manipulate small objects, operate instruments, open packages, and perform repetitive tasks with less interference. Proper sizing remains essential: even a technically advanced glove will not perform comfortably if it is too tight or too loose.

Compared with many conventional disposable glove materials, nitrile is often viewed as a balanced solution for everyday professional work. It can support barrier protection while maintaining flexibility. Its synthetic composition allows manufacturers to control formulation and production parameters carefully, helping create consistent products for high-volume purchasing programs.

Extended 12-Inch Coverage

The principal difference between the featured glove and a standard short-cuff examination glove is its length. A 12-inch glove extends beyond the wrist and provides additional coverage along the lower forearm. This is useful when a task involves splashing, wet materials, contaminated surfaces, cleaning solutions, or movement that may pull a shorter glove away from the wrist area.

Extended coverage does not replace protective clothing, sleeve covers, aprons, gowns, or other personal protective equipment. Instead, it complements those items by reducing one common opening in the hand-and-arm protection system. When used with suitable garments, the longer cuff can help create a more continuous protective interface.

The longer design can also support workplace efficiency. Workers may spend less time adjusting gloves during a task, particularly when glove cuffs are positioned under protective sleeves or over a garment cuff according to the applicable procedure. Less adjustment can improve workflow and reduce the chance that a worker touches an unclean surface while repositioning protective equipment.

The 12-inch configuration is especially relevant in areas such as clinical examination, laboratory preparation, specimen handling, janitorial services, food processing, animal care, industrial cleaning, and selected biosafety operations. Each application must be assessed individually, including the type of substance handled, exposure duration, required standards, and whether a thicker or specialized glove is necessary.

Fingertip Texturing for Controlled Handling

Grip is a central factor in glove selection. Smooth gloves can be comfortable, but they may become difficult to control when handling wet containers, polished instruments, small components, or flexible packaging. The fingertip-textured design of this product places a gripping pattern at the points most involved in precision handling.

Textured fingertips can help users maintain contact with objects without relying on excessive hand pressure. This may be beneficial during tasks requiring repeated pinching, turning, holding, or positioning. Better control can also support more accurate movements and reduce the likelihood of accidentally dropping items.

Because the texture is concentrated at the fingertips, the design can preserve a relatively smooth surface over the palm and other areas of the glove. This balance may be attractive to users who want improved grip but do not prefer a heavily textured glove. The appropriate texture level depends on the task, the environment, and the user’s personal preference.

Texturing is not a substitute for proper handling procedures. Workers should still follow established methods for decontamination, sharps management, instrument handling, and spill control. The glove is one component of a complete safety system rather than the sole protective measure.

Advantages Compared with Conventional Disposable Gloves

More Coverage Than a Standard Short-Cuff Glove

Many general-purpose disposable gloves end close to the wrist. That format is convenient for quick tasks, but it may leave more of the wrist exposed. The 12-inch format provides a longer protective interface and is therefore better suited to tasks where liquid movement or contact above the wrist is a realistic concern.

More Targeted Grip Than a Fully Smooth Glove

A fully smooth glove may be adequate for dry tasks, but fingertip texturing can provide more control in wet or precision-oriented work. The textured fingertips are designed to support handling without requiring a glove with a heavily patterned surface throughout.

Latex-Free Material Selection

The nitrile material offers an alternative to natural rubber latex. This can help organizations standardize their glove supply around a latex-free option, subject to their own risk assessments, procurement requirements, and applicable regulations.

Powder-Free Construction

Powder-free gloves are appropriate for workplaces that want to limit residue and maintain cleaner operating conditions. They are particularly relevant in medical, laboratory, food, and controlled production environments where loose powder may be undesirable.

Flexible Customization

Color and weight customization can help buyers align the glove with operational or branding requirements. Different colors may support departmental identification, task separation, or visual differentiation. Weight customization from approximately 3 to 6.8 grams provides a way to balance material consumption, flexibility, thickness, and user preference while keeping the stated dimensions unchanged.

Efficient Bulk Packaging

The packaging configuration of 100 pieces per box and 10 boxes per carton supports organized inventory management. Individual boxes can be distributed to workstations, examination rooms, laboratories, production lines, or cleaning teams, while cartons are suitable for warehouse storage and scheduled replenishment.

Manufacturing Capacity and Process Strengths

The manufacturer is a professional producer of medical examination gloves and non-woven products. Its reported total investment is RMB 1.08 billion, with a construction area of approximately 32,000 square meters. This scale provides a substantial foundation for equipment investment, process control, quality systems, workforce organization, and customer-specific production programs.

Advanced production lines support a reported stable daily output of more than one million pieces. High-volume capacity is important for distributors, hospital systems, industrial purchasers, and other customers that need reliable supply over extended periods. Capacity alone does not guarantee quality, but an organized large-scale manufacturing structure can support repeatability when combined with effective controls.

The production environment uses full-process temperature control. Temperature management is important in glove manufacturing because material behavior, curing, drying, and forming can be affected by environmental conditions. Stable process temperatures can help manufacturers reduce variation and maintain more consistent physical characteristics from batch to batch.

Standardized production environments further support uniformity. A controlled manufacturing setting can help reduce unnecessary contamination risks, organize material movement, and establish repeatable procedures for production personnel. Standardization is especially important for products intended for medical, laboratory, food, and biosafety-related applications.

The company also describes strict quality management and comprehensive process supervision. These measures may include incoming material checks, formulation controls, production-line monitoring, visual inspection, dimensional assessment, packaging verification, and finished-product review. The exact inspection plan may vary according to the product specification, customer requirements, and destination-market regulations.

Large-scale production can create additional advantages for customers. It may support more predictable lead times, better raw-material planning, stable packaging programs, and consistent production scheduling. It can also make it easier to support OEM and ODM projects in which buyers require customized colors, weights, packaging, or product identification.

Quality and Compliance Orientation

The manufacturer states that its products are produced in accordance with recognized standards and certifications, including FDA, CE, ISO 13485, ISO 9001, EN455, EN374, ASTM D6319, ASTM F1671, and ASTM D6978. Buyers should request current certificates, test reports, declarations, and technical files relevant to the exact product model and destination market before making regulatory or medical-use claims.

ISO 13485 is associated with quality management systems for medical devices. ISO 9001 addresses general quality management principles. EN455 is commonly associated with requirements for medical gloves, while EN374 relates to protective gloves against chemicals and microorganisms. ASTM D6319 concerns nitrile examination gloves, and ASTM F1671 is associated with resistance to penetration by blood-borne pathogens under defined test conditions. ASTM D6978 addresses permeation resistance against certain chemotherapy drugs under specified test methods.

These standards should not be interpreted as universal approval for every application. Compliance depends on the exact product, manufacturing site, documentation, labeling, intended use, and market-entry rules. Customers should conduct their own regulatory review and verify whether the specific glove configuration satisfies the requirements of their industry and country.

Quality management is most effective when it is integrated into every production stage rather than applied only at the end. For a disposable nitrile glove, this can involve inspection of raw materials, control of compounding and dipping parameters, monitoring of glove formation, checks for pinholes and visible defects, verification of cuff integrity, and review of carton labeling.

Strict pinhole control is particularly important for examination gloves. A glove may look acceptable but still fail to provide reliable protection if it contains an undetected defect. Accordingly, manufacturers typically use defined testing and inspection procedures to identify leaks and other quality concerns. The specific test method, sampling level, and acceptance criteria should be confirmed through the applicable technical documentation.

Design Features That Support Professional Use

Ambidextrous Design

An ambidextrous glove can be worn on either hand, simplifying storage and dispensing. Users do not need to identify a left or right glove before putting it on, which can save time during frequent glove changes. This design is convenient for clinical, laboratory, cleaning, and production environments where gloves are replaced regularly.

Comfortable Fit

Comfort affects compliance. If gloves are excessively stiff, poorly sized, or uncomfortable during repetitive work, users may be more likely to remove them prematurely or adjust them unnecessarily. The nitrile construction and L-size format are intended to provide a practical balance of stretch, fit, and durability for users whose hand dimensions correspond to the selected size.

Durability for Routine Tasks

Nitrile gloves are commonly selected for their resistance to tearing and puncture during routine handling. The appropriate glove weight should be matched to the intended task. Lighter gloves may prioritize flexibility and tactile sensitivity, while heavier configurations may provide a more substantial feel. The available customization range allows buyers to discuss these priorities with the manufacturer.

Visual Identification

Blue and black provide two distinct appearance options. Blue is widely associated with medical and laboratory environments, while black may be preferred in industrial, automotive, tattoo, beauty, food, or service applications where stains and visible discoloration are operational considerations. Color selection should always be based on workplace procedures and visibility requirements.

Customization for OEM and ODM Programs

Customization is valuable when a buyer operates multiple facilities, serves a specialized market, or wants to coordinate products with an existing procurement system. The manufacturer indicates that colors and weights are customizable while dimensions remain unchanged. This approach allows customers to discuss product feel and visual identity without redesigning the basic glove length or size.

Color customization can support brand differentiation, product-line segmentation, or internal color coding. For example, a healthcare group might use one color for examination rooms and another for cleaning operations. An industrial distributor might assign different colors to separate thickness levels or customer sectors. Any color coding should be documented clearly so that workers do not confuse appearance with chemical or biological protection level.

Weight customization can help buyers identify a suitable balance between comfort, flexibility, and material usage. The stated customization range is approximately 3 to 6.8 grams. The actual available weight, tolerances, and performance characteristics should be confirmed for the selected size and length. A buyer should also request samples before approving a large-volume order.

OEM and ODM projects may include customized packaging, carton marks, private labels, instructions, and documentation, subject to production feasibility and regulatory requirements. Buyers should provide complete artwork and technical specifications early in the process. Packaging claims must accurately reflect the product’s verified characteristics and should not imply certifications or performance that are not supported by current documentation.

Applications

The glove is suitable for a broad range of professional applications when selected in accordance with the required risk assessment and regulatory framework. In medical examination settings, the powder-free nitrile construction and extended cuff can support routine patient contact and selected procedures where a disposable examination glove is appropriate.

In laboratories, the glove can be used for sample preparation, general bench work, equipment cleaning, and material handling, provided that its chemical compatibility and barrier performance are suitable for the substances involved. Laboratory managers should consult chemical-resistance data rather than assuming that nitrile is compatible with every chemical.

In food-related environments, powder-free gloves can help support hygienic handling procedures. Users must follow applicable food-contact requirements, hand hygiene rules, glove-change procedures, and local regulations. The glove should not be treated as a replacement for proper sanitation or process controls.

Industrial and maintenance teams may use extended nitrile gloves for cleaning, inspection, assembly, servicing, and handling tasks. The textured fingertips can be useful when workers need to grip tools or components. However, tasks involving sharp edges, high heat, energized equipment, heavy impact, or specialized chemicals may require additional or different protective gloves.

Cleaning and sanitation operations can benefit from the longer cuff when workers handle wet surfaces or cleaning materials. The extended design may help reduce wrist exposure, but users should verify chemical compatibility, follow dilution instructions, and replace gloves when damage or contamination occurs.

Animal care, veterinary support, biosafety, and research environments may also consider the glove for appropriate disposable tasks. Selection should be based on the hazard, duration of contact, expected splash level, and applicable institutional procedures.

Storage, Handling, and Use Guidance

Gloves should be stored in a clean, dry location away from direct sunlight, excessive heat, moisture, ozone-generating equipment, and incompatible chemicals. Cartons should be kept on suitable shelving rather than directly on the floor. Proper storage helps preserve packaging integrity and reduces the risk of unnecessary environmental exposure before use.

Users should check the box and glove condition before use. Gloves with visible damage, contamination, unusual discoloration, or compromised packaging should be removed from service. Selecting the correct size is important because an undersized glove may experience excessive stress, while an oversized glove may reduce dexterity and grip.

Hands should be clean and dry before donning gloves. Gloves are not a replacement for hand hygiene. After removing gloves, users should follow the applicable hand-cleaning procedure. Disposable gloves should not be washed, disinfected, or reused unless a specific validated process and product instruction expressly permit it.

Gloves should be changed between tasks and whenever they become torn, heavily contaminated, or otherwise unsuitable. A worker should avoid touching clean surfaces with contaminated gloves. Proper donning and removal techniques can reduce the chance of transferring contaminants to the skin, clothing, equipment, or surrounding environment.

Procurement Considerations for Buyers

Professional buyers should define the intended use before selecting a glove specification. Important questions include whether the glove is for examination, cleaning, laboratory work, food handling, industrial assembly, chemical contact, or biosafety procedures. The answer affects the required material weight, length, texture, regulatory documentation, and packaging format.

Buyers should also clarify whether the product must be marketed as a medical device, personal protective equipment, food-contact item, or general-purpose disposable glove. These classifications can vary by jurisdiction. A product’s technical features do not automatically determine its legal classification, and the importer or distributor may have responsibilities in the destination market.

Sampling is strongly recommended for customized products. Sample evaluation can confirm fit, fingertip texture, cuff behavior, color, odor, packaging, and user acceptance. It can also reveal whether the selected weight is appropriate for the task. A successful sample review should be followed by written approval of the final specification.

Purchasers should request documentation for the exact glove model rather than relying only on general company materials. Relevant documents may include product specifications, quality certificates, test reports, declarations of conformity, packaging details, shelf-life information, and shipping documents. The documentation package should match the product supplied in the shipment.

Supply continuity is another important consideration. The manufacturer’s reported daily output of more than one million pieces and large production site indicate the ability to support significant orders, but customers should still confirm available capacity, lead time, minimum order quantity, forecast requirements, and raw-material planning before signing a supply agreement.

Environmental and Operational Responsibility

Disposable gloves are essential in many environments, but responsible use remains important. Gloves should be changed when necessary rather than automatically replaced at excessive intervals, while still meeting hygiene and safety requirements. Facilities can reduce waste by improving task planning, placing appropriate box quantities at workstations, and training users in correct selection and removal.

The manufacturer reports sustainability initiatives that include reducing energy consumption and emissions, improving resource recycling, using more environmentally friendly materials and processes, maintaining clean production environments, and cooperating with supply-chain partners on shared sustainability goals. These efforts indicate an operational focus that extends beyond product output.

Environmental performance should be assessed across the product life cycle. Buyers may wish to ask about manufacturing energy management, waste handling, packaging materials, rejected-product controls, water use, and opportunities to optimize carton design. They should also consider local disposal rules, because contaminated gloves may require special handling and must not be disposed of as ordinary waste in every situation.

A responsible sustainability strategy must preserve safety and compliance. Reducing material use is valuable only when the resulting glove remains suitable for its intended task. Weight customization should therefore be evaluated together with barrier performance, durability, fit, and user needs rather than treated as a simple material-reduction exercise.

How the Product Supports Different Work Environments

In a hospital or clinic, the glove’s powder-free surface and extended cuff may support routine examination and selected procedural tasks. The L size can be issued to users whose hands fit that specification, while the blue or black color can be aligned with facility preferences. Hospitals should maintain separate protocols for sterile procedures and should not assume that a powder-free examination glove is sterile unless the exact product is labeled and documented as sterile.

In a laboratory, fingertip texturing may help workers manage tubes, containers, instruments, and packaging. The 12-inch length can provide added coverage during splash-sensitive tasks. Laboratory personnel should consult chemical permeation and compatibility information for each substance and should use additional protective equipment when required.

In food processing, the glove can support hygienic handling when it meets the applicable requirements. The absence of powder may reduce concerns about loose residue. Food businesses should establish clear rules for glove replacement, color use, handwashing, damaged gloves, and contact with ready-to-eat products.

In industrial cleaning, the extended cuff can help reduce the gap at the wrist, while the textured fingertips can improve control of wet tools and containers. If concentrated chemicals, solvents, or aggressive cleaners are involved, the selection process must include verified chemical-resistance data and may require a thicker, reusable, or specialized chemical glove.

In distribution and service industries, black and blue options can support product differentiation. Standard packaging of 100 pieces per box and 10 boxes per carton can simplify stock calculations and delivery planning. Distributors can also discuss customized weight and color requirements for specific customer segments.

Comparison of Key Product Benefits

Selection Factor	Benefit of This Product	Practical Value
Material	Nitrile, latex-free construction	Supports users seeking a synthetic alternative to natural rubber latex
Length	12-inch extended cuff	Provides more wrist and lower-forearm coverage than many standard gloves
Grip	Textured fingertips	Helps improve control during precision and wet handling
Powder	Powder-free	Helps reduce loose residue in controlled work areas
Fit	Large, ambidextrous design	Supports simplified dispensing and practical user movement
Customization	Color and weight options	Allows closer alignment with customer and workflow requirements
Packaging	100 pieces per box, 10 boxes per carton	Supports organized storage and replenishment
Production	Large-scale manufacturing and process control	Supports stable supply for volume purchasing programs

Why Manufacturer Capability Matters

For disposable medical and protective products, the supplier’s manufacturing capability is as important as the product specification. A glove may have an attractive feature set, but customers also need confidence in repeatability, documentation, production planning, and after-sales communication. A manufacturer with substantial investment, dedicated facilities, advanced production lines, and structured quality management is better positioned to support long-term procurement relationships.

The reported production scale allows the company to serve customers that require high volumes while maintaining a focus on standardized processes. Its product range includes nitrile gloves and non-woven products for medical, industrial, food, and biosafety applications. This broader product knowledge can be valuable for buyers developing coordinated personal protective equipment programs.

The company’s stated emphasis on professionalism, integrity, sustainability, stable quality, and sincere service reflects a relationship-oriented approach. For international customers, communication is especially important. Product specifications, packing details, compliance files, shipping marks, inspection arrangements, and customization requirements should all be documented clearly before production begins.

Long-term supply partnerships can also improve forecasting and product consistency. When a buyer shares expected demand, preferred delivery schedules, quality expectations, and future customization plans, the manufacturer can better organize materials and production. This collaborative approach is particularly useful for distributors, healthcare procurement groups, and organizations with multiple locations.

Q&A

What is the main purpose of the 12-inch length?

The extended length provides more coverage over the wrist and lower forearm than a standard short-cuff glove. It can help reduce the exposed gap between the glove and sleeve during tasks involving liquids, splashes, contamination risks, or frequent arm movement. It does not replace gowns, sleeve covers, or other protective equipment.

Is this glove made from natural rubber latex?

No. The product is made from nitrile, a synthetic material. It is designed as a latex-free option, although buyers should review the full technical documentation and workplace allergy-control procedures for their specific application.

Does the glove contain powder?

The product is specified as powder-free. This makes it suitable for workplaces that want to reduce loose powder and residue. Users should still follow the hygiene, storage, and handling requirements of the facility.

What does fingertip texturing do?

Fingertip texturing helps increase friction at the fingertips, supporting control of instruments, containers, tools, and other objects. It is particularly useful when precision or wet handling is involved. The texture does not eliminate the need for proper handling procedures.

Is the glove sterile?

The supplied specification identifies the glove as powder-free but does not state that this particular product is sterile. Customers requiring sterile gloves should request a product specifically manufactured, packaged, labeled, and documented for sterile use.

Can the color be customized?

Yes. Blue and black are listed as standard colors, and color customization is available according to project requirements. Buyers should confirm color availability, minimum order quantities, sample approval, and packaging details before ordering.

Can the glove weight be customized?

Yes. The stated customization range is approximately 3 to 6.8 grams, while the dimensions remain unchanged. The final weight, tolerance, and performance should be confirmed with the manufacturer for the selected size and length.

What is the packaging quantity?

The listed packaging configuration is 100 pieces per box and 10 boxes per carton. Customers should confirm whether the pieces are packed as pairs or individual gloves according to the final product and packaging specification.

Is the L size suitable for every user?

No. Glove size should be selected according to the wearer’s hand measurements and the manufacturer’s sizing guidance. An L glove is appropriate only when it provides a secure but comfortable fit for the intended user.

Can the gloves be reused?

They are disposable gloves and should generally not be washed or reused. Gloves should be changed according to the workplace procedure and immediately replaced if torn, contaminated, or otherwise compromised.

Are the gloves suitable for chemical handling?

Nitrile can resist many substances, but no disposable glove is compatible with every chemical. Users must consult product-specific chemical-resistance information, evaluate concentration and contact time, and select additional protection where necessary.

What documentation should an international buyer request?

Buyers should request the technical specification, applicable certificates, test reports, declarations, packaging information, shelf-life details, and any documents required by the destination market. Documentation should correspond to the exact glove model and configuration being purchased.

How can a buyer evaluate a customized product?

The buyer should request samples, confirm the size and length, evaluate comfort and fingertip grip, inspect packaging, review color, and assess the selected weight in the intended work environment. Written approval should be provided before mass production.

Conclusion

The 12-Inch L Medical Fingertip-Textured Nitrile Gloves offer a practical combination of extended coverage, powder-free nitrile construction, fingertip grip, flexible customization, and efficient bulk packaging. Their longer cuff makes them suitable for tasks where a conventional short glove may leave more of the wrist exposed, while the textured fingertips support controlled handling of instruments, tools, containers, and materials.

The product’s advantages are reinforced by the manufacturer’s reported investment, large production facility, high daily output, temperature-controlled processes, standardized environment, and quality-management approach. These capabilities are important for buyers who need stable supply, consistent specifications, and responsive OEM or ODM support.

Customers should select the glove according to the actual hazard, application, regulatory classification, and required documentation. They should also confirm whether they need the 9-inch or 12-inch length, standard or customized color, and a suitable weight within the stated range. With careful product selection and proper use, this glove can serve as a dependable component of professional hand-protection programs across medical, laboratory, food, industrial, cleaning, and biosafety environments.

References

1. Manufacturer-provided product specification for 12-Inch L Medical Fingertip-Textured Nitrile Gloves.

2. Manufacturer-provided company information concerning production capacity, facility scale, quality management, certifications, and sustainability initiatives.

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

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

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

6. EN 455, Medical Gloves for Single Use.

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

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

9. ISO 9001, Quality Management Systems—Requirements.

Product: 12 inch L Medical Fingertip-Textured Nitrile Gloves