Lead-Free Latex Powder-Free
World's Only Tungsten, Bismuth & Rare Earth Composite Technology
Featuring proprietary Broad-Spectrum Energy Radiation Shielding Technology for stronger scatter absorption, reliable protection and tactile control during demanding procedures.
Technology Overview
Patented tungsten, bismuth and rare earth composite gradient technology supports efficient shielding across broad X-ray energy ranges with improved secondary scatter absorption.
Clinical perspective
Hover to flip and read how the glove balances scatter-radiation shielding with tactile control.
Clinical perspective
In many procedure rooms, hand exposure comes from secondary scatter rather than direct beam contact. That makes material choice, filler distribution and wall thickness especially important for clinicians who work close to the field edge.
GONGWU radiation protection gloves are built to address that practical reality. The composite shielding system helps broaden X-ray absorption, while the glove profile stays thin enough for guidewire, catheter and instrument handling.
For buyers comparing lead-free gloves, the advantage is straightforward: better coverage across common working ranges with less of the weight and stiffness associated with traditional lead-based hand protection.
Micro-structural packing raises photon interception density per volume, allowing thinner walls while maintaining higher attenuation equivalence.
Multi-element energy steps neutralize wide-band scatter, including traditionally weak secondary-energy zones.
Under identical exposure conditions, residual hand dose is significantly lower than single-element or binary composites, validated in comparative testing.
Product & Spec Highlights
Choose the glove series that best matches your procedure profile and shielding requirement.
PCI Type
0.12 mm ultra-thin fingertips for exceptional tactile sensitivity in PCI and other delicate interventions.
Thickness profile
0.12mm Fingertip / 0.25mm Palm/Back
Lead equivalence
0.020 mmPb Fingertip / 0.032 mmPb Palm/Back
Common procedure fit
GP Type
Higher shielding with dependable structure for fluoroscopy-intensive procedures and broader clinical use.
Thickness profile
0.18mm Fingertip / 0.3mm Palm/Back
Lead equivalence
0.026 mmPb Fingertip / 0.043 mmPb Palm/Back
Common procedure fit
A side-by-side overview for teams comparing shielding, thickness and clinical fit.
| Specification | G10 | G20 |
|---|---|---|
| Product Model | G10 (PCI Type) | G20 (GP Type) |
| Product Type | Ultra-Thin Variable Wall | Thin Variable Wall |
| Fingertip Thickness | 0.12 mm | 0.18 mm |
| Fingertip Lead Equivalent | 0.020 mm Pb | 0.026 mm Pb |
| Palm/Back Thickness | 0.25 mm | 0.30 mm |
| Palm/Back Lead Equivalent | 0.032 mm Pb | 0.043 mm Pb |
| Base Material | Natural Rubber Latex | Natural Rubber Latex |
| Filler Material | Tungsten, Bismuth & Rare Earth Composite | Tungsten, Bismuth & Rare Earth Composite |
| Single Glove Weight | Lightweight | 35.5g |
| Powder | Powder-Free | Powder-Free |
| Lead Content | Lead-Free | Lead-Free |
| Sterilization | Gamma/EtO Sterilization | Gamma/EtO Sterilization |
Application Scenarios
Professional protection for interventional, fluoroscopy-guided and imaging workflows.
Cardiac catheterization, angiography and stent-related procedures.
Interventional radiology and other radiation-intensive clinical settings.
Neurovascular intervention, embolization and fine cerebrovascular work.
Fluoroscopy-guided spine, trauma and fixation procedures.
A practical option for clinicians performing fluoroscopy-guided needle placement and related interventions.
Built for departments that need dependable medical radiation protection gloves across multiple procedure types.
Trusted by Healthcare Professionals Worldwide
Built around international standards for medical quality and radiation protection.
QMS-MD
Medical Device Quality Management System Certification
EU-MDR
EU Medical Device Safety Certification
FDA-REG
US Food and Drug Administration Registration
CN-MD
China National Medical Products Administration Certification
Key reasons buyers compare GONGWU
Teams usually compare radiation protection gloves on two points: how much shielding they add, and how much dexterity they take away. This platform is built around keeping those two factors in balance.
For hospital buyers, distributors and clinicians, that means a more practical shortlist: shielding performance, fingertip feel, lead-free construction and procedure fit in one product family.
Compare models, review documents, or speak with our team for a faster decision.
Our specialists can help match glove series to your procedure mix, shielding goals and tactile requirements.
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