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StPb® Lead Vinyl Radiation Protection Core Material is a conventional lead-based shielding material used in IndoSurgicals lead aprons and X-ray protection garments. It is designed to provide dependable radiation protection for healthcare professionals working in hospitals, radiology departments, diagnostic centers, cath labs, C-arm procedures, urology departments, dental clinics, veterinary clinics, nuclear medicine departments, and interventional procedure rooms.
StPb® is made using standard lead shielding particles bonded inside a flexible polymer / vinyl matrix. This construction provides reliable X-ray attenuation while keeping the core material flexible enough for manufacturing frontal protection lead aprons, full protection lead aprons, thyroid shields, gonad shields, dental aprons, patient protection shields, and other medical radiation protection products.
As a conventional lead vinyl material, StPb® is a practical and cost-effective choice for users who prefer traditional lead-based radiation protection with proven shielding performance.
StPb® is the standard lead vinyl core material used by IndoSurgicals Private Limited for manufacturing high-quality radiation protection aprons. It is suitable for users who require a dependable, economical, and widely accepted core material for routine medical X-ray protection.
IndoSurgicals supplies lead aprons in two main protection levels:
| Apron Protection Level | Sheet Construction Used |
|---|---|
| 0.35 mmPb Lead Equivalent | 2 sheets of 0.175 mmPb |
| 0.50 mmPb Lead Equivalent | 2 sheets of 0.25 mmPb |
| Component | Description |
|---|---|
| Standard lead shielding particles | Main radiation attenuation component |
| Polymer / vinyl matrix | Flexible binder that holds lead particles together |
| Core structure | Lead-particle-filled flexible radiation protection sheet |
| Property | Details |
|---|---|
| Material Name | StPb® |
| Material Type | Lead vinyl radiation protection core material |
| Lead-Free | No |
| Core Category | Conventional lead-based shielding material |
| Core Matrix | Lead particles bonded in polymer / vinyl matrix |
| Sheet Form | Flexible radiation protection sheet |
| Recommended Use | Lead aprons and X-ray protective garments |
| Available Apron Protection | 0.35 mmPb and 0.50 mmPb |
| Main Advantage | Conventional, reliable, cost-effective radiation protection |
The below values are approximate core material weight per square metre. Final apron weight may vary depending on apron size, outer fabric, stitching, binding, hook and loop closure, buckles, pockets, and accessories.
| StPb® Sheet / Construction | Core Weight |
|---|---|
| 0.175 mmPb single sheet | 2.31 kg/m² |
| 0.25 mmPb single sheet | 3.30 kg/m² |
| 0.35 mmPb apron construction: 2 × 0.175 mmPb | 4.62 kg/m² |
| 0.50 mmPb apron construction: 2 × 0.25 mmPb | 6.60 kg/m² |
| Tube Voltage | Shielding Efficiency |
|---|---|
| 50 kVp | 98.80% |
| 70 kVp | 95.10% |
| 90 kVp | 90.70% |
| 110 kVp | 87.50% |
| 120 kVp | 86.20% |
| 150 kVp | 82.70% |
| Tube Voltage | Shielding Efficiency |
|---|---|
| 50 kVp | 99.70% |
| 70 kVp | 97.60% |
| 90 kVp | 94.50% |
| 110 kVp | 92.30% |
| 120 kVp | 91.30% |
| 150 kVp | 88.60% |
| Tube Voltage | Shielding Efficiency |
|---|---|
| 50 kVp | 99.90% |
| 70 kVp | 99.10% |
| 90 kVp | 97.40% |
| 110 kVp | 96.10% |
| 120 kVp | 95.50% |
| 150 kVp | 93.00% |
In a frontal protection lead apron, the radiation protection core is used on the front side of the apron. This design is suitable for users who mainly face the radiation source during medical procedures.
| Claimed Protection Level | Core Sheet Construction | Approx. Core Weight |
|---|---|---|
| 0.35 mmPb | 2 sheets of 0.175 mmPb | 4.62 kg/m² |
| 0.50 mmPb | 2 sheets of 0.25 mmPb | 6.60 kg/m² |
In a full-overlap full protection lead apron, front protection is achieved when both front panels overlap each other. The back panel is always made with one 0.25 mmPb sheet.
| Protection Level | Front Panel 1 | Front Panel 2 | Back Panel | Front Overlapped Area |
|---|---|---|---|---|
| 0.35 mmPb | 0.175 mmPb, 2.31 kg/m² | 0.175 mmPb, 2.31 kg/m² | 0.25 mmPb, 3.30 kg/m² | 0.35 mmPb |
| 0.50 mmPb | 0.25 mmPb, 3.30 kg/m² | 0.25 mmPb, 3.30 kg/m² | 0.25 mmPb, 3.30 kg/m² | 0.50 mmPb |
In the Partial-Overlap Full Protection Lead Apron, both front panels are made with the full claimed lead equivalent protection. This design provides full front-side protection on each panel, while the overlapped front portion provides additional shielding because both protective panels come together in the overlap area.
| Claimed Protection Level | Each Front Panel | Back Panel | Overlapped Front Area |
|---|---|---|---|
| 0.35 mmPb | 0.35 mmPb, 4.62 kg/m² per panel | 0.25 mmPb, 3.30 kg/m² | Approx. 0.70 mmPb |
| 0.50 mmPb | 0.50 mmPb, 6.60 kg/m² per panel | 0.25 mmPb, 3.30 kg/m² | Approx. 1.00 mmPb |
In 0.35 mmPb partial-overlap aprons, each front panel is made with 0.35 mmPb lead equivalent protection. Therefore, wherever both front panels overlap, the combined protection becomes approximately 0.70 mmPb lead equivalent.
In 0.50 mmPb partial-overlap aprons, each front panel is made with 0.50 mmPb lead equivalent protection. Therefore, wherever both front panels overlap, the combined protection becomes approximately 1.00 mmPb lead equivalent.
The back panel is always 0.25 mmPb lead equivalent in both 0.35 mmPb and 0.50 mmPb partial-overlap full protection apron designs.
Conventional Lead-Based Core Material: StPb® is made with standard lead shielding particles bonded inside a flexible polymer / vinyl matrix. It is suitable for users who prefer traditional lead-based radiation protection garments.
Cost-Effective Radiation Protection: StPb® is a practical and economical core material option for hospitals, diagnostic centers, dental clinics, veterinary clinics, and healthcare facilities that require dependable radiation protection at a competitive cost.
Reliable X-Ray Shielding Performance: StPb® provides strong shielding efficiency across different tube voltages and is suitable for routine diagnostic X-ray protection and medical radiation safety applications.
Flexible Polymer-Bound Matrix: The lead shielding particles are bonded inside a polymer / vinyl matrix, helping the sheet maintain flexibility for apron manufacturing.
Suitable for Multiple Apron Designs: StPb® can be used in frontal protection aprons, full-overlap aprons, partial-overlap aprons, thyroid shields, gonad shields, dental aprons, patient protection shields, and X-ray protective garments.
StPb® core material is suitable for radiation protection products used in hospitals, radiology departments, diagnostic centers, cath labs, C-arm procedures, urology procedures, dental clinics, veterinary X-ray rooms, nuclear medicine departments, interventional procedure rooms, and operation theatres using X-ray imaging.
StPb® can be used in lead radiation protection aprons, frontal protection lead aprons, full protection lead aprons, thyroid shields, gonad shields, dental X-ray aprons, patient protection shields, veterinary X-ray protection aprons, and other X-ray protective garments and accessories.
StPb® is suitable for buyers who want a traditional lead apron core material with reliable radiation protection and cost-effective performance. It is a practical choice for healthcare professionals and medical institutions that prefer conventional lead-based shielding for regular clinical use.
This core material is especially useful for hospitals, diagnostic centers, radiology departments, dental clinics, veterinary X-ray rooms, and other medical facilities looking for dependable and economical radiation protection apron material.
| Parameter | StPb® Details |
|---|---|
| Material Type | Lead vinyl radiation protection core |
| Lead-Free | No |
| Main Use | Lead aprons and X-ray protection garments |
| 0.175 mmPb Sheet Weight | 2.31 kg/m² |
| 0.25 mmPb Sheet Weight | 3.30 kg/m² |
| 0.35 mmPb Apron Construction | 2 × 0.175 mmPb |
| 0.35 mmPb Core Weight | 4.62 kg/m² |
| 0.50 mmPb Apron Construction | 2 × 0.25 mmPb |
| 0.50 mmPb Core Weight | 6.60 kg/m² |
| Core Matrix | Lead particles bonded in polymer / vinyl matrix |
| Main Advantage | Conventional, economical radiation protection |
The stated values are approximate core material area density values per square metre and do not represent the final finished apron weight. Final apron weight may vary depending on apron style, size, outer fabric, stitching, binding, hook and loop closure, buckles, pockets, and accessories.
Shielding efficiency values are based on the provided StPb® material data. Final shielding performance may vary depending on sheet arrangement, overlap, garment design, manufacturing process, and finished product testing.
Product images and specifications are provided for general reference. Product design, colour, packaging and specifications may be updated without prior notice. Please confirm current specifications, certification scope and regulatory applicability before ordering.
