News

Get a sneak peek at Intech’s upcoming lead cave covers—custom, reinforced-plastic shells designed to reduce lead exposure and improve safety around lead brick caves.

Learn how shielded pass-throughs, hatchways, and observation windows are built—and which Intech products are commonly used to keep radiation contained without disrupting workflow.

Who helps you figure out what to send Intech for a shielding quote? Learn what information each person on your team provides so Intech can build an accurate, inspection-ready package.

Explore Intech’s bestselling radiation shielding products—lead-free curtains, lead bricks, lead plate, and Fortress wall panels—and learn why they’re industry favorites.

See how Intech’s lead-free Industrial Mobile Radiation Shielding Barrier compares on protection, durability, mobility, freight, and future compliance—plus when to choose custom wall-mount or stationary builds.

Five breakthrough technologies—AI planning, real-time dosimetry, smart modular barriers, advanced lead-free materials, and digital QA—that could transform radiation safety in the next decade.

Learn how to future-proof your facility with lead-free shielding materials that meet safety standards, reduce environmental risks, and prepare you for upcoming regulations.

Explore how lead shielding is used in military and homeland security applications — from radiation detection and weapons testing to mobile protection systems.

What is lead acrylic and when should you use it? Learn how clear, radiation-shielding acrylic panels provide protection and visibility for medical, dental, veterinary, and industrial imaging.

Why is shipping for radiation shielding so expensive? Learn the simple reasons—and practical ways to cut freight costs without delaying your project.

A simple guide to radiation shielding for dental and veterinary clinics—what rooms need, how much lead to use, and which Intech products to order.

A clear guide to modular shielding with lead bricks, barriers, and curtains—when to use each, how they fit together, and how to order them from Intech.

Radiation shielding isn’t just about safety—it’s also about savings. Learn how proper barriers reduce downtime, avoid fines, and protect staff, and see why modern lead-free options from Intech deliver even greater long-term ROI.

Building a shielded X-ray room? Avoid the common installation mistakes—like unsealed seams, mismatched ratings, and untreated penetrations—that can cause radiation leaks and inspection failures.

Installing lead-lined drywall? Learn which tools to use, how to overlap and seal seams with batten strips, and the mistakes to avoid—so your X-ray room or vault stays safe, compliant, and inspection-ready.

Working in NDT, petrochemical, or aerospace? Learn how custom radiation shielding—using both lead and lead-free options—protects workers, meets regulations, and adapts to the unique challenges of industrial environments.

Sourcing radiation shielding? Learn why partnering with a U.S.-based manufacturer like Intech can cut freight costs, speed up delivery, and simplify compliance—saving you time and money on your next project.

Not sure how much lead you need for shielding? Learn how radiation energy, exposure levels, and room use determine the right lead thickness—so you can design safe, code-compliant spaces without overbuilding.

Building a radiation-safe lab? Learn how shielded glove boxes and hot cells use leaded panels, viewing windows, and advanced filtration to protect workers while enabling safe handling of radioactive materials.

Need to dispose of old lead shielding? Learn how to responsibly recycle or discard lead-based materials in compliance with environmental and safety regulations—while exploring safer, lead-free alternatives.

Concerned about environmental safety? Learn how lead-free shielding alternatives like bismuth and tungsten offer effective radiation protection—without the toxic waste and disposal challenges of traditional lead.

Protecting medical staff from radiation? Learn how lead aprons, mobile shields, and ceiling-suspended barriers work together to reduce exposure during diagnostic and interventional procedures.