Lead Products for Radiation Shielding

Royston Lead offers a comprehensive range of lead products for radiation shielding, including lead sheets, rolls, chevrons, and bespoke assemblies. With over 30 years of expertise, we specialize in providing high-quality shielding materials for healthcare, nuclear power generation, and industrial applications.

Medical

Radiation Shieling

Royston Cover

Product Gallery

1. Lead Sheets & Rolls

- Lead sheets are available in thicknesses ranging from
0.5mm to 200mm.
- Rolls can be provided in custom lengths.
- Suitable for X-ray rooms, nuclear facilities and
industrial applications.

2. Lead Chevrons

- Used for efficient radiation shielding in various industries.
- Available in cast, extruded, or milled forms.
- Produced in multiple sizes and finishes, tailored to specific project needs.
- Chevrons offer easy handling and excellent interlocking
properties to minimize contamination.

3. Lead-lined Boards & Pipes

- Lead-lined gypsum-fiber boards offer easy installation
and enhanced fire resistance.
- Lead pipes provide protection for radioactive materials
and corrosive liquids.

4. Applications

- Healthcare : X-ray rooms, mobile screening units, and radiotherapy facilities.
- Nuclear : Power plants, waste management, and research facilities.
- Industrial : Non-destructive testing, food sterilization, and waste treatment.

Our range of lead products ensures superior protection against X-ray and gamma radiation, with customization available to meet specific needs.

Lead Products for Radiation Shielding

Product Gallery

1. Lead Sheets & Rolls

- Lead sheets are available in thicknesses ranging from 0.5mm to 200mm. - Rolls can be provided in custom lengths. - Suitable for X-ray rooms, nuclear facilities and industrial applications.

2. Lead Chevrons

- Used for efficient radiation shielding in various industries. - Available in cast, extruded, or milled forms. - Produced in multiple sizes and finishes, tailored to specific project needs. - Chevrons offer easy handling and excellent interlocking properties to minimize contamination.