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The Back Velcro Protective Lead Apron is a professional radiation shielding garment engineered to safeguard medical staff and patients from ionizing radiation during diagnostic and interventional procedures. Its defining back Velcro closure system enables quick, tool-free adjustment, ensuring a snug and secure fit for diverse body types without restricting movement. Crafted with high-density shielding materials infused with lead ingots of over 99.994% purity, this apron effectively absorbs X-rays and scattered radiation, minimizing long-term health risks associated with radiation exposure. It balances robust protection with practicality, making it a staple in healthcare settings where reliability and ease of use are non-negotiable.
Parameter | Details |
Product Sizes | S, M, L, XL (custom sizing available for bulk orders) |
Lead Equivalent | 0.25mmpb , 0.35mmpb , 0.5mmpb |
Weight Range | 1-5 kg (0.25mmpb), 2-6 kg (0.35mmpb), 3-7 kg (0.5mmpb) |
Closure Mechanism | Industrial-grade back Velcro for adjustable, secure fitting |
Core Material | Radiation-shielding fabric with 99.994% pure lead ingot core |
Protection Coverage | Full front and back torso; optional neck/arm extensions |
Color Variations | Standard blue, green, gray (custom color matching for facilities) |
The high-purity lead core (99.994%) delivers industry-leading shielding: 0.25mmpb blocks 90-95% of scattered X-rays (ideal for low-dose procedures), while 0.5mmpb attenuates up to 99% of radiation (suited for high-dose environments). This ensures compliance with global radiation safety standards.
The back Velcro design allows single-person donning and doffing, saving time in fast-paced clinical settings. The apron’s contoured cut reduces pressure points, and the lightweight options (1-5 kg for 0.25mmpb) minimize fatigue during extended shifts.
Reinforced stitching at stress points and a wear-resistant outer layer prevent tearing and fraying. The lead core is sealed within a protective fabric barrier, avoiding lead dust exposure and ensuring consistent performance over years of use.
Available in multiple lead equivalents, it adapts to diverse procedures—from routine dental X-rays to complex interventional surgeries. Optional add-ons like lead collars and sleeves extend protection to high-risk areas (thyroid, arms) based on specific workflow needs.
Interventional Radiology: Protects cardiologists, nurses, and technicians during coronary angiography, stent implantation, and tumor interventions performed under X-ray guidance.
Cardiovascular Medicine: Ideal for cardiac electrophysiological tests, radiofrequency ablation, and other procedures involving prolonged radiation exposure.
Orthopedics: Shields surgeons during fracture reduction, internal fixation, and fluoroscopy-guided joint surgeries.
Dentistry: Safeguards dental professionals and patients during intraoral, panoramic, and cone-beam CT scans.
Mixed Operating Rooms: Used in urological, hepatobiliary, and vascular surgeries requiring intraoperative X-ray imaging.
Industrial Non-Destructive Testing: Protects technicians conducting radiographic inspections of machinery, pipelines, and structural components.
Nuclear Medicine Facilities: Supplementary shielding for staff handling radioactive tracers or operating radiation-emitting equipment.
Lead equivalent directly dictates shielding strength and weight. 0.25mmpb is lightweight (1-5 kg) and suitable for low-dose procedures like dental X-rays or routine fluoroscopy. 0.35mmpb strikes a balance between protection and comfort for general radiology. 0.5mmpb (3-7 kg) offers maximum shielding for high-energy, long-duration procedures like interventional surgery—always match lead equivalent to the radiation intensity of your workflow.
Yes, the apron uses industrial-grade hook-and-loop fasteners designed to withstand frequent opening and closing. The Velcro strips are stitched to a reinforced back panel, preventing detachment even in busy environments. To maintain adhesion, clean Velcro regularly to remove dust or debris, and avoid excessive pulling on the fasteners during adjustment.
