News

A peel-and-stick shielding panel is simple to install — but simple isn't the same as foolproof. Part 3 of a 3-part series: how to get the bond right the first time, and what conditions to avoid afterward.

Intech makes several distinct adhesive-backed shielding materials, each built for a different energy range and application. Part 1 of a 3-part series: here's how to pick the right one.

A shielded room can look completely finished and still fail an inspection. Shielding failures are rarely dramatic — they're usually small details that got missed: an unsealed wall seam, a mismatched door rating, an untreated penetration, a curtain that hangs too high. This article covers the most common gaps in completed installations, why they happen, and what to check before the inspector does.

A lead curtain is only as good as the track system mounting it. This article covers how lead curtain track systems work, the differences between ceiling-mount and wall-mount installations, how to size the track for your specific room, and the small but important details — like trim chain — that determine whether the installation actually works as designed.

Lead rubber shows up wherever shielding needs to bend, hang, or take a beating — from cabinet X-ray curtains to industrial NDT setups. Here's what it's made of, how it differs from lead sheet and leaded vinyl, and where it's actually used.

The primary X-ray beam is only part of what a shielded room needs to contain. Scatter radiation — deflected X-ray energy that travels in all directions from the patient — is what drives most of the design decisions around wall ratings, door placement, operator positioning, and ceiling shielding. This article explains how scatter behaves and why understanding it leads to better, more cost-effective shielding decisions.

Hot cells are among the most demanding radiation shielding environments — heavy shielding mass, precise viewing windows, carefully designed pass-throughs, and strict regulatory oversight all have to come together correctly. This article walks facility managers and procurement staff through the key specification decisions for walls, windows, pass-throughs, and structural considerations before the first material is ordered.

Lead plate and lead sheet are closely related products that cover the same thickness range — but they serve very different applications. This article explains what lead plate is, how it differs from lead sheet in practical terms, and the specific situations where heavy plate is the right call over standard wall shielding material.

Veterinary clinics have radiation shielding needs that are similar to small medical facilities in some ways — and meaningfully different in others. Staff often remain in the room during exposures, large animals require higher energy settings, and procedures like brachytherapy create shielding concerns that extend beyond the clinic walls. This article covers the products and approaches most relevant to veterinary practice, from room shielding and mobile barriers to curtain kits.

Once you've picked a shielding material, the next decision is its form — flexible sheet or rigid panel — and what surface faces the room. Part 2 of a 3-part series.

A lead-lined door is one of the last things ordered for a shielded room but one of the first things an inspector checks. This article covers everything buyers need to know before ordering — door construction, the difference between a slab and a full assembly, frame and hinge requirements, sizing, and how to maintain shielding continuity at the threshold and wall junction.

Dental offices have the same radiation shielding obligations as larger medical facilities — just in tighter spaces and with different equipment. This room-by-room guide covers where shielding is typically required in a dental practice, what lead equivalency is generally needed, and which products are most commonly used to meet those requirements.

Lead bricks are best known for building caves in nuclear medicine, but their modular, repositionable format makes them useful across a much wider range of applications — from temporary shielding walls and hot cells to research labs and source storage. This article walks through where lead bricks fit beyond the cave, and breaks down the three brick formats Intech offers to help you choose the right one for your project.

Intech's adhesive-backed flexible radiation shielding line is now available on the website, offering a peel-and-stick solution for adding radiation protection without construction. From general-purpose medical X-ray shielding to high-energy gamma applications and FDA food contact-compliant options, this article breaks down the full product line and how to choose the right one for your application.

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.