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Freeguard Radiation Attenuating Surgical Gloves
FDA 510(k) Cleared - Surgical

Freeguard®
Surgical Gloves

Officially registered for surgical wound protection. Powder-free, latex-free, and lead-free gloves offering top-level radiation shielding with ultimate comfort.

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Xguard Radiation Attenuating Examination Gloves
FDA 510(k) Cleared - Examination

Xguard®
Protection Gloves

Classified as examination gloves under FDA 510(k) (K982832). Available in 3 thicknesses (RR-1, RR-2, RR-3) and protective sleeves for complete fluoroscopic arm safety.

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Xguard Radiation Protection Gloves
EN & ASTM Standard Compliance

Top Attenuation
Surgical & Exam Grade

Shielding hands from scattered radiation during fluoroscopic sessions. Micro-textured external finish virtually compatible with latex-free standards.

Surgical Tables Examination Tables
Products

Our Radiation Protective Gloves

Explore our Freeguard® surgical and Xguard® examination protective gloves manufactured to meet medical radiation safety standards. Request quotes and spec sheets directly below.

Freeguard Model 1 Surgical Glove
Lead-Free / Latex-Free / Model 1

Freeguard® Surgical Glove - 0.22 mm

Classified as surgical gloves under US FDA 510(k) (K192933) clearance, Model 1 offers a thin 0.22 mm (0.009") profile. Designed specifically for medical procedures requiring enhanced tactile sensitivity and dexterity without the need for additional outer gloves.

  • Ultra-thin 0.22 mm thickness for maximum fingertip sensitivity
  • Latex-free polyisoprene construction prevents Type I allergy risks
  • Tested in compliance with EN 455, EN 61331-1 and ASTM standards
Freeguard Model 2 Surgical Glove
Lead-Free / Latex-Free / Model 2

Freeguard® Surgical Glove - 0.30 mm

Model 2 features a robust 0.30 mm (0.012") thickness, providing elevated radiation attenuation factors. It is ideal for high-exposure fluoroscopic sessions where maximum scattered radiation protection is demanded.

  • 0.30 mm thickness for higher radiation attenuation capacity
  • Powder-free & lead-free construction with zero toxic heavy metal residues
  • Officially registered for surgical wound protection and contamination prevention
Technical Specifications

Freeguard® Performance & Standards

FDA Clearance
510(k) K192933
Material Matrix
Lead-Free Bismuth
Sizes (Half Sizes)
From 6.0 to 9.0
Allergen Safety
Latex & Powder Free

Radiation Attenuation Properties

ASTM F2547-06 Standard
Part 60 kVp 80 kVp 100 kVp 120 kVp
MODEL 1 (0.22 mm / 0.009")
Cuff 42.0% 34.0% 28.7% 25.1%
Palm 42.4% 34.1% 28.6% 25.3%
Finger 43.3% 35.0% 29.5% 26.1%
MODEL 2 (0.30 mm / 0.012")
Cuff 50.3% 41.7% 35.7% 31.5%
Palm 51.1% 41.7% 35.7% 31.8%
Finger 52.1% 43.7% 37.1% 32.8%
EN 61331-1:2014 Standard
Part 60 kVp 90 kVp 120 kVp
MODEL 1 (0.22 mm / 0.009")
Cuff 51% 40% 34%
Palm 55% 44% 37%
Finger 55% 44% 37%
MODEL 2 (0.30 mm / 0.012")
Cuff 62% 51% 43%
Palm 63% 51% 43%
Finger 61% 49% 42%
EN 455 Surgical gloves EN 420 Sizing EN 61331 X-Ray gloves ASTM D3577-09 Spec EN 421 Protective FDA 510(k) Cleared
Xguard Examination Gloves RR-1 & RR-2
Lead-Free / Latex Grade / RR-1 & RR-2

Xguard® Examination Glove - 0.22 & 0.30 mm

Classified as examination gloves under FDA 510(k) (K982832) clearance, Xguard® provides premium protection during fluoroscopic procedures. Even though they are made of latex, the formulation removes antigenic proteins, making them virtually compatible with latex-free requirements.

  • RR-1 (0.22 mm) and RR-2 (0.30 mm) models tailored for tactile sensitivity
  • Micro-textured outside and smooth inside layout for comfortable wet/dry grip
  • Sizes 6.0 to 9.0 (with half sizes) for anatomically correct, thin glove comfort
Xguard Gloves RR-3 and Protective Sleeves
Lead-Free / Latex Grade / RR-3 & Sleeves

Xguard® Gloves & Protective Sleeves

For high scattered radiation protection, the RR-3 glove model features a 0.60 mm thickness. The Xguard® Sleeves (0.30 mm) provide seamless arm shielding up to the shoulder, tucking securely under the glove cuffs.

  • RR-3 (0.60 mm) thick examination gloves (available in sizes 7.0 to 10.0)
  • Protective Sleeves (0.30 mm) available in Small, Medium, and Large
  • Outstanding shielding meeting EN 455, EN 61331-1 and ASTM standards
Technical Specifications

Xguard® Performance & Standards

FDA Clearance
510(k) K982832
Material Matrix
Latex Protein-Reduced
Sleeve Sizes
Small, Medium, Large
Safety Standard
Rubber Examination

Radiation Attenuation Properties (EN 61331-1:2014)

EN 61331-1:2014 Attenuation Standard
Model & Part Thickness 60 kVp 90 kVp 120 kVp
MODEL RR-1 (0.22 mm / 0.009")
Cuff 0.22 mm 45% 35% 29%
Palm 0.22 mm 51% 40% 33%
Finger 0.22 mm 50% 39% 32%
MODEL RR-2 & SLEEVES (0.30 mm / 0.012")
Cuff 0.30 mm 56% 44% 37%
Palm 0.30 mm 57% 45% 38%
Finger 0.30 mm 57% 56% 38%
MODEL RR-3 (0.60 mm / 0.024")
Cuff 0.60 mm 76% 63% 55%
Palm 0.60 mm 75% 62% 54%
Finger 0.60 mm 75% 62% 54%
EN 455 Surgical gloves EN 420 Sizing EN 61331 X-Ray gloves ASTM D3578-09 Spec (Examination) EN 421 Protective FDA 510(k) Cleared
Our Corporate Story

Reliable Manufacturing Technology Against Radiation

Lead Glove Radiation Protection Technologies is a direct manufacturer of medical and industrial radiation protective gloves. In our modern integrated manufacturing facility in Ikitelli OSB, we produce gloves in compliance with international standards (CE & ISO) to protect the hands of medical professionals, veterinarians, and industrial test operators from the hazards of scattered radiation.

Thanks to our leaded and lead-free elastomer casting technology developed by our R&D department, we have made our gloves extremely flexible, thin, and ergonomic without sacrificing radiation attenuation performance. As a direct manufacturer, we offer the fastest response to public tenders, bulk purchases, and custom thickness/size requests.

International Standards

International Protection & Safety Norms

CE 2163 & EU 2016/425

PPE Glove Certification

Our gloves are produced in full compliance with Personal Protective Equipment (PPE) regulations and have been tested and certified by accredited international bodies.

IEC 61331-1 & ASTM 2547

Attenuation & Spectrometer Testing

The radiation shielding and tensile-elongation performance of our gloves are periodically verified using X-ray spectrometers in lab environments compliant with IEC standards.

ISO 13485 & ISO 9001

Medical Device Quality Management

Our medical-grade sterile surgical glove manufacturing is carried out in cleanroom environments in compliance with ISO 13485 Medical Devices Quality Management System standards.

Manufacturer Solutions

Manufacturer Solutions & Corporate Services

Tenders & Wholesale

Tenders & Bulk Orders

We provide full technical support, compliance documents, and authorization certificates required for public and private hospital procurement tenders.

Flexible Customization

Custom Thickness & Size Production

We offer custom production services, designing specific lead equivalents (Pb) or dimensions tailored to our clients' technical specifications.

Sterile Options

Sterile Surgical and Non-Sterile Options

Individually wrapped sterile surgical pairs for clinical use, or robust, reusable non-sterile protective mitts for industrial NDT and scanner operators.

Radiation Safety Guides

Protective Lead Gloves & Safety Insights

Stay informed about modern radiation safety norms, material science, and proper protective procedures.

What Happens If Lead Gloves Are Not Used?
SAFETY • OCTOBER 2026

What Happens If Lead Gloves Are Not Used?

Skipping lead gloves during interventional procedures exposes the hands of surgical personnel to scattered X-ray radiation. Over time, this cumulative exposure can result in severe radiation dermatitis, skin cancer, or cell damage.

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Key Factors to Consider When Buying Lead Gloves
STANDARDS • OCTOBER 2026

Key Factors to Consider When Buying Lead Gloves

Not all radiation protective lead gloves are equal. When choosing, you must look for certified FDA 510(k) clearances, precise thickness ratings (such as 0.22mm or 0.30mm), and allergen safety profiles like lead-free bismuth.

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How to Choose the Right Radiation Protective Lead Gloves
CHOICE • OCTOBER 2026

How to Choose the Right Radiation Protective Lead Gloves

Choosing the correct shielding involves matching the glove type to the medical procedure. Surgical procedures require high tactile sensitivity and sterile gloves, while long fluoroscopic sessions might require thicker models.

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The Crucial Role of Lead Gloves in Fluoroscopy
FLUOROSCOPY • OCTOBER 2026

The Crucial Role of Lead Gloves in Fluoroscopy

Fluoroscopic procedures use live X-ray imaging, placing surgical hands directly in the zone of scattered radiation. Certified protective gloves absorb up to 60%+ of the primary and secondary scattered rays.

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Bismuth Polymer: The Science of Lead-Free Lead Gloves
MATERIAL SCIENCE • OCTOBER 2026

Bismuth Polymer: The Science of Lead-Free Lead Gloves

Modern medical radiation gloves utilize lead-free bismuth polymer matrix technology instead of toxic lead. Bismuth provides excellent X-ray shielding, reducing hand fatigue and eliminating lead disposal waste.

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How to Properly Care for and Store Lead Gloves
MAINTENANCE • OCTOBER 2026

How to Properly Care for and Store Lead Gloves

Proper storage maintains the structural integrity of your shielding material. Never fold, crease, or crunch lead gloves, as this can create micro-cracks in the bismuth radiation protection barrier.

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Contact

Factory Contact Line

You can contact our factory directly via WhatsApp or email to receive manufacturer quotes or technical specifications for your lead and radiation shielding glove requirements.

Lead Glove Sales & Support

We provide fast quotes and technical specification support directly from the manufacturer.

Phone / WhatsApp +90 (544) 718 84 40
Email Address info@kursuneldiven.com
Manufacturing Factory

Radiation Protection Systems Manufacturing Facility / Turkey

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