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Lead is one of the most effective radiation shielding materials available — but it's also a regulated hazardous material, and buyers should understand what that means before specifying it. This post covers lead handling, material standards, disposal requirements, and when lead-free alternatives are worth considering instead.

Radiation safety training teaches the principles — time, distance, and shielding. But the physical products in your facility are what make those principles work in practice. This post looks at how fixed shielding, mobile barriers, curtains, and wearable protection each support a well-rounded radiation safety program.

Lead-free radiation shielding is often misunderstood — written off as a compromise or an unproven alternative. The reality is that lead-free materials meet the same performance standards as traditional lead, with real advantages in handling, disposal, and long-term cost. This post breaks down the most common myths and sets the record straight.

Most buyers come to radiation shielding with the same questions — about thickness, materials, weight, lead times, and where to start. This post answers the most common ones clearly, so you can move forward with your project without second-guessing the basics.

An X-ray booth is only as effective as its weakest point. Lead glass windows give staff a clear view into the room without a corresponding line of exposure — but getting them right means understanding lead equivalency, safety glass options, sizing, and how the window integrates with the rest of your shielding system.

Small clinics have different shielding needs than large hospital systems — tighter spaces, smaller budgets, and less time to plan. This guide breaks down the most practical radiation shielding options for independent clinics, from permanent wall solutions to flexible barriers and curtains, and helps you match the right product to your situation.

If you're building a radiation-protected room, it might be time to look into modular shielding - so you and your company will be prepared for anything.

Need flexible radiation protection fast? Intech’s in-stock mobile radiation barriers provide immediate shielding for hospitals, clinics, labs, and industrial facilities.

Safe storage and transport of nuclear waste depend on proper radiation shielding. Learn how shielding works, what materials are used, and how Intech supports these applications.

Radiation shielding isn’t just walls and doors. Discover the essential accessories—like lead tape, batten strips, and caps—that ensure your shielding actually works.

Lead shielding plays a critical role in nuclear medicine and oncology. Learn how it protects staff, patients, and the public in imaging and radiation therapy environments.

University labs use radiation in many ways. Learn how proper shielding, planning, and Intech products help keep students, researchers, and staff safe.

With Intech's variety of products to fit many specific needs, it can be hard to know exactly what you need; in this article, we dive into lead drywall and lead sheet - and what factors might influence which you pick for your project.

When designing a medical imaging room, it's more than the safety of the patients you need to worry about; doctors can also be exposed to harmful radiation. But with medical curtains, they don't have to be.

Trying to decide if lead or lead-free shielding is the best fit for your facility? Take a look at our guide as we evaluate factors such as protection, cost, and disposal.

Radiation protection and sustainability can go hand in hand. Learn how recycling lead and using modern lead-free alternatives help facilities reduce environmental impact while staying compliant.

Airport and seaport security teams work around X-ray systems every day. Learn how proper radiation shielding protects staff while keeping screening operations moving safely and efficiently.

Shielding thickness isn’t one-size-fits-all. Learn what factors medical physicists consider when calculating radiation shielding for healthcare radiology rooms—and how Intech products fit into the plan.

Radiation shielding only works when everyone plays their part. Learn how owners, architects, and physicists share responsibility—and how Intech supports the process.

Radiation doesn’t move randomly. Learn how radiation travels—and why walls, doors, windows, and barriers are designed the way they are to keep people safe.

Cyclotrons, linear accelerators, and radiation therapy rooms require advanced shielding. Learn how these spaces are protected and which Intech products support safe, compliant designs.

Interventional radiology requires shielding that protects staff while preserving access to patients and equipment. Learn how to balance safety and workflow with the right shielding solutions.

Designing an X-ray room? Learn what to know about lead-lined walls and doors, how shielding is specified, and how Intech helps you build inspection-ready rooms.