Clear lead acrylicRendering based on product reference

RADBAR / PANELS

Clear lead acrylic

Lead-containing transparent acrylic for viewing windows, mobile barriers and custom-machined shielding components. Balance optical performance, thickness and structural support by model.

Lead-containing shieldingOptically transparentMachinable

Product specifications

Models
C-2 / C-3 / C-6 / C-8 / C-10 / C-12
Nominal thicknesses
2 / 3 / 6 / 8 / 10 / 12 mm
Listed lead equivalence
0.07–0.5 mmPb (model-dependent)
Listed light transmission
87–93% (model-dependent)
Standard sizes
600 × 800 / 1000 × 1200 mm

Source: manufacturer product literature linked above. Confirm current model, test conditions and supply specification for your order.

01 / PRODUCT INSIGHT

From material to application.

Transparent, lead-containing acrylic combines a viewing function with radiation shielding. Six thickness grades serve windows, barriers and machined components. The source provides optical, shielding, mechanical and weight data so designers can evaluate more than transparency alone.

01

Optical choices across six grades

Listed light transmission ranges from 93% for C-2 to 87% for C-12. Select thickness and shielding grade together with viewing-area and support requirements.

02

Cut, drill and machine

The brochure describes processing with standard plastic-handling techniques. Confirm tool choice, edge finish, hole locations and tolerances for the supplied grade.

03

Sheet or custom component

Listed sheet sizes are 600 × 800 mm and 1000 × 1200 mm, with custom cutting. Example components include viewing panes and rings for medical equipment.

02 / TECHNICAL DATA

Models, values and their conditions.

Transcribed from manufacturer literature, with source references and conditions kept alongside each table.

Shielding, optical properties and weight
ModelLead equivalence (mmPb)Thickness (mm)Light transmissionAreal weight (kg/m²)
C-20.072 ± 0.2593%3.2
C-30.1253 ± 0.2592%4.8
C-60.256 ± 0.491%9.5
C-80.38 ± 0.590%12.7
C-100.410 ± 0.589%15.8
C-120.512 ± 0.787%19
Source: Medical X-Ray Shielding — Clear Lead Acrylic, page 2 · 2509
Mechanical properties by model
ModelFlexural strength (MPa)Flexural modulus (MPa)Izod impact (kJ/m²)Tensile strength (MPa)
C-25216241236
C-35517401236.4
C-65918521237.5
C-86319641238
C-106620981140.2
C-127023041043

These are manufacturer catalog values. The supplied page does not specify the complete mechanical test protocols; request them for structural calculations or acceptance criteria.

Source: Medical X-Ray Shielding — Clear Lead Acrylic, page 2 · 2509
Catalog attenuation entries at 100 kVp
ModelValue as printed
C-277.41
C-385.54
C-692.6
C-895.86
C-1097.1
C-1298.6

The source heading is “Attenuation at 100 kVp”, but the column omits a unit and full geometry. Values are preserved as printed, without adding a percent unit or extending them to other beam conditions. Confirm the test report before specification.

Source: Medical X-Ray Shielding — Clear Lead Acrylic, page 2 · 2509
03 / APPLICATIONS

Where it fits

  • Viewing windows for mobile or stationary barriers and modular X-ray control booths.
  • Door glazing, shielding-wall windows, eyewear components and custom rings for dental or portable X-ray equipment.
04 / SELECTION QUESTIONS

A closer look at your specification.

Is clear lead acrylic lead-free?

No. This is a lead-containing transparent shielding product. It should be specified separately from Radbar’s lead-free composite families.

Is thicker acrylic always the best choice?

Thickness changes shielding, light transmission and mass. Select the required radiation performance first, then check support loads, viewing quality and machining requirements for that model.

SOURCE LITERATURE

Medical X-Ray Shielding — Clear Lead Acrylic

Manufacturer literature · referenced pages 1–2 · edition 2509

Selection notes explain the literature and do not replace model-specific instructions, test reports or project design.

View full PDF

Related materials

LET’S ENGINEER WHAT’S NEXT

Your application. Our next conversation.

Share your equipment, radiation conditions and design constraints. Start with a material decision grounded in evidence.