Description
Product Overview
Dynarex’s sterile latex surgical gloves are the result of more than two decades of focused research into barrier protection, tactile performance, and user comfort. Each glove is crafted from premium natural latex that has been carefully processed to retain the material’s inherent elasticity while removing impurities that could compromise sterility. The result is a thin yet resilient barrier that conforms to the unique shape of each hand, providing a glove‑like feel that allows medical professionals to maintain the fine motor control required for intricate procedures. The gloves are completely powder‑free, a critical attribute for environments where any particulate matter could jeopardize a sterile field. By eliminating talc or cornstarch, Dynarex reduces the risk of postoperative inflammation, tissue irritation, and cross‑contamination of surgical sites. The powder‑free surface also simplifies glove removal, as the hands slide out smoothly without the need for excessive force that could otherwise stretch or tear the material. A distinctive beaded wrist cuff encircles the distal forearm, creating a secure anchor point that prevents the glove from rolling down during vigorous movements. This cuff is engineered with a reinforced polymer bead that maintains its shape after repeated donning and doffing, ensuring consistent protection throughout long surgeries, extended laboratory sessions, or multi‑hour fieldwork. The cuff also serves as a tactile guide, helping the wearer quickly locate the glove’s edge when rapid changes are necessary. Each pair of gloves is individually packaged in a paper wallet that is sealed within a peel‑open pouch. This double‑layer packaging preserves the gloves’ sterility from the moment they leave the manufacturing facility until the instant they are opened in a clinical setting. The paper wallet also provides a convenient surface for labeling size, model number, and expiration date, allowing staff to verify compliance with institutional inventory protocols at a glance. Dynarex adheres to ASTM D6319 standards for latex examination gloves, which specify minimum requirements for tensile strength, elongation, and barrier integrity. The gloves consistently exceed these benchmarks, delivering a tensile strength of over 20 MPa and an elongation capacity of more than 700 percent, which translates into a glove that can stretch significantly without tearing. Puncture resistance testing shows that the gloves can withstand forces well above the threshold required for routine medical use. The model number 2385 identifies this specific configuration within Dynarex’s product line, indicating a size range that spans from small to extra‑large, each size precisely calibrated to hand circumference measurements. Accurate sizing is essential for preventing hand fatigue, maintaining a secure seal, and ensuring that the glove does not impede circulation. The sizing chart is printed on the packaging and aligns with industry‑standard measurement guidelines. Beyond the operating room, these gloves are suitable for a broad spectrum of professional applications. In veterinary clinics, the latex barrier protects both the practitioner and the animal from zoonotic pathogens while allowing the practitioner to feel subtle tissue textures during examinations or minor surgeries. In food‑service environments, the powder‑free composition prevents latex particles from contaminating food products, meeting stringent health‑code requirements. The manufacturing process incorporates multiple quality‑control checkpoints, including visual inspection for defects, automated leak testing, and microbial sterility verification. Each batch is traceable through a unique lot number, enabling rapid recall if any deviation from standards is detected. Dynarex’s commitment to continuous improvement means that feedback from healthcare providers is regularly incorporated into product refinements, ensuring that the gloves evolve alongside clinical needs. Overall, Dynarex sterile latex surgical gloves combine a high‑grade material, thoughtful ergonomic design, and rigorous testing to deliver a reliable protective solution. Whether used in a high‑stress surgical theater, a busy diagnostic laboratory, or a fast‑paced food preparation area, the gloves provide the confidence that the barrier will perform exactly when it matters most.
Usage
In a typical operating room, a surgeon may change gloves several times during a single procedure to maintain sterility while handling different instruments. Dynarex’s powder‑free latex gloves allow the surgeon to don and doff quickly, with the beaded cuff staying firmly in place even when the arm is extended or rotated. The tactile sensitivity of the latex enables the surgeon to feel the subtle resistance of suturing material, vessel walls, and tissue planes, which is essential for precise cutting and knot tying. Laboratory technicians often work with volatile chemicals, infectious specimens, and delicate glassware. The gloves’ barrier protects the skin from chemical burns and biohazard exposure, while the powder‑free surface prevents contaminant particles from adhering to the gloves and subsequently to the samples. Because the gloves are thin enough to preserve fine motor skills, technicians can manipulate micropipettes, microtomes, and electrophoresis gels without loss of accuracy. Veterinarians frequently perform examinations, wound debridement, and minor surgeries on animals ranging from small rodents to large livestock. The durability of the latex material resists tearing when handling fur, feathers, or hooves, and the beaded cuff prevents the glove from slipping as the practitioner leans over an animal’s flank. The powder‑free formulation also reduces the chance of allergic reactions in animals that may be sensitive to latex residues. In commercial kitchens and food‑service establishments, workers are required to change gloves frequently to avoid cross‑contamination between raw and cooked foods. Dynarex gloves meet food‑safety standards, offering a barrier that does not shed particles and that can be removed without tearing, which could otherwise leave fragments in food. The gloves also allow chefs to handle delicate items such as sushi, pastries, or garnishes with the same dexterity as bare hands. Barbers, estheticians, and hair‑care professionals use chemical treatments, dyes, and disinfectants that can irritate the skin. The powder‑free latex gloves protect the practitioner while still allowing the sense of touch needed to apply products evenly and to assess scalp or skin conditions. The beaded cuff ensures the glove remains in place even when the practitioner leans over a client’s head, reducing the need for constant readjustment.
Why Choose Us
Dynarex has built its reputation on delivering medical supplies that meet the rigorous demands of hospitals, clinics, and research facilities. The company’s sterile latex surgical gloves are manufactured in ISO‑13485 certified facilities, where every step—from latex harvesting to final packaging—is monitored for compliance with international quality standards. The gloves undergo a comprehensive suite of tests, including ASTM D6319 compliance, ASTM D5712 for powder‑free performance, and ISO 11137 for sterilization validation. These tests verify that each glove maintains its barrier properties after exposure to steam, ethylene oxide, or gamma radiation, giving users confidence that the gloves will perform under a variety of sterilization methods. Environmental responsibility is a core value for Dynarex. The natural latex used in the gloves is sourced from sustainably managed plantations that follow responsible agricultural practices, minimizing deforestation and supporting local economies. Waste generated during production is treated according to environmental regulations, and the company continuously seeks ways to reduce its carbon footprint. Customer support is an integral part of the Dynarex experience. A dedicated technical assistance team is available to answer product‑related questions, provide sizing guidance, and help institutions integrate the gloves into their infection‑control protocols. Detailed product data sheets, safety data sheets, and compliance documentation are readily accessible on the company’s website. When you select Dynarex sterile latex surgical gloves, you are not only purchasing a high‑quality barrier product; you are partnering with a supplier that prioritizes reliability, safety, and ongoing innovation. The combination of premium material, ergonomic design, and robust quality assurance makes these gloves a trusted choice for professionals who cannot afford compromise.
Key Features
- Powder‑free latex eliminates residue, maintaining a clean sterile field for sensitive procedures.
- Beaded wrist cuff stays securely in place, preventing roll‑down during vigorous movements.
- Natural latex provides superior tactile sensitivity for precise, delicate work.
- Individually sealed in paper wallets and peel‑open pouches to preserve sterility until use.
- Backed by Dynarex’s customer service team offering prompt assistance and product guidance.
FAQ
Are these gloves latex‑free for users with latex allergies?
Dynarex sterile surgical gloves are made from natural latex, which may cause reactions in individuals with latex sensitivity. For latex‑allergic users, Dynarex offers alternative nitrile glove options that provide comparable barrier protection without latex proteins.
How many gloves are included per package?
Each retail package contains a single pair of gloves, and the standard bulk configuration is organized in cartons of 100 pairs. This packaging format simplifies inventory tracking, allows for easy restocking, and meets the bulk‑order requirements of most hospitals and clinics.
Do the gloves meet ASTM standards for medical examination gloves?
Yes, the gloves conform to ASTM D6319 specifications for latex examination gloves. They meet or exceed the required tensile strength, elongation, and puncture resistance thresholds, ensuring reliable barrier performance in clinical settings.
Can these gloves be used for food preparation?
The powder‑free design and high tactile sensitivity make the gloves suitable for food‑service environments. They provide a hygienic barrier that prevents microbial transfer while allowing chefs to handle delicate ingredients, garnish plates, and perform precise plating without compromising food safety.




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