Description MOM Disposable Aprons – 10gsm (Protective Clothing, Standard 99–110cm, Pack of 100) Product Overview: The Luxmed MOM Disposable Aprons provide reliable, lightweight protection for healthcare professionals across clinical, laboratory, and caregiving environments. Manufactured from high-quality polyethylene, these single-use aprons offer an effective barrier against fluids, splashes, and contaminants. With a standard size range of 99–110cm, they are designed for comfort, ease of movement, and convenience during extended wear. Features and Benefits: Lightweight 10gsm PE Material: Provides comfortable protection without compromising mobility. Effective Barrier Protection: Shields against spills, splashes, and non-hazardous fluids in clinical and caregiving settings. Easy-to-Wear Design: Features tie-back fastening and neck loop for quick donning and removal. Standard Fit (99–110cm): Suitable for most body types, ensuring adequate coverage and flexibility. Disposable and Hygienic: Single-use design prevents cross-contamination and simplifies infection control protocols. Durable and Tear-Resistant: Constructed from strong polyethylene to withstand routine clinical use. Compact and Economical: Conveniently packed in boxes of 100 aprons for efficient storage and distribution. Latex-Free: Safe for individuals with latex allergies or sensitivities. Applications: Hospitals, clinics, and laboratories Food preparation and medical cleaning services Care homes and general caregiving First aid and emergency response General hygiene and maintenance tasks Specifications: Material: Polyethylene (PE) Thickness: 10gsm Size: Standard 99–110cm (width and length may vary slightly per batch) Color: Typically white, blue, or transparent Sterility: Non-sterile Single-Use: Yes Latex-Free: Yes Packaging: Supplied in boxes of 100 aprons, individually folded or on rolls for easy dispensing in clinical and hygiene stations. Compliance: Manufactured in accordance with ISO 13485 and CE medical device standards, ensuring consistent quality and safety in healthcare environments.
