Wholesale Non-Pyrogenic Hypodermic Needles – Latex/DEHP-Free, 3-Surface Tip, Full ISO Color Coded Range

Description

Wholesale Non-Pyrogenic Hypodermic Needles Latex-Free DEHP-Free – Maximize Patient Safety and Clinical Precision

The Disposable Medical Hypodermic Needles line is engineered to the highest clinical standards, guaranteeing both maximum patient safety and procedural excellence. Designed for intravenous, intramuscular and hypodermic injections, these needles are certified Non-Pyrogenic and Non-Toxic, ensuring absolute material purity. Crucially, the devices are Latex-Free and DEHP-Free, eliminating the risk of allergic reactions and mitigating concerns over leachable plasticizers in sensitive patient populations. Paired with an ultra-precise 3-surface sharpened tip and a full spectrum of ISO color-coded sizes (16G to 30G), this product is the optimal choice for high-volume clinical procurement where safety is paramount.

Critical Safety Compliance: Non-Pyrogenic and Material Purity

For any device intended for fluid introduction into the body, material safety is the most essential requirement. This product meets and exceeds these requirements:

• Non-Pyrogenic and Non-Toxic Certification: Each needle is rigorously tested and certified as non-pyrogenic (free of fever-inducing bacterial endotoxins) and non-toxic. This guarantee is crucial for high-risk procedures, ensuring that the introduction of the device does not cause systemic reactions in the patient.
• EO Sterilization and Individual Packaging: Sterility is secured via EO (Ethylene Oxide) sterilization and maintained by individual packaging in a blister-pack. This packaging choice provides a tamper-evident, sterile barrier for each unit until the moment of use, supporting the highest standards of aseptic technique.
• Latex-Free and DEHP-Free Construction: The polypropylene hub and sheath ensure the needle is Latex-Free and DEHP-Free. This is a vital assurance for hospital-wide use, protecting the growing number of patients and healthcare staff with sensitivities to natural rubber latex and avoiding the use of Diethylhexyl Phthalate (DEHP), a plasticizer that can leach into solutions, particularly critical in neonatal and dialysis environments.

Precision Tip Geometry for Minimal Trauma

The manufacturing process is centered on creating a needle that minimizes patient sensation and tissue damage upon insertion:

• 3-Surface Sharpening (Back Cut): The tip is meticulously sharpened in three surfaces (back cut), creating a fine, low-resistance cutting edge. This advanced geometry requires a minimal small injection and sliding force to breach the skin and underlying tissue, significantly reducing the pain associated with needle stick.
• LB/BL Standard Long Bevel: The needle utilizes the LB/BL standard long bevel profile. This elongated bevel angle provides an optimal balance between sharpness and the necessary length for controlled, smooth tissue entry and exit, further contributing to a less traumatic procedure.
• Siliconized Tube Surface: The surface of the tubes is covered with a sliding agent (silicone). This micro-thin layer of medical-grade lubricant ensures a smooth glide through tissue, dramatically lowering the frictional resistance (the sliding force), making the withdrawal as comfortable as the insertion.

Engineered for Performance and Inventory Management

Beyond safety, the technical specifications are optimized for high-volume clinical utility and reliable performance:

• Thin Walls for Adequate Flow: The use of thin walls assures adequate stream pace (high flow). This design increases the internal diameter (lumen) relative to the external gauge, allowing for quicker aspiration and injection of fluids, which is crucial for time-sensitive treatments or administering viscous medications.
• ISO Color Coded Hubs: The hubs are colored in accordance with the ISO code, facilitating fast recognition of the needle size. This standardized color coding system is non-negotiable for rapid, accurate inventory management and administration in busy clinical environments, providing an immediate visual safeguard against medication errors.
• Polypropylene Hub Integrity: The sheath and the hub are made of polypropylene, a robust, medically inert plastic. This material choice is structurally sound, ensuring the needle element remains firmly in place and providing a secure connection to the syringe.