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Advanced Protection for Radiation Safety

With a 30-year legacy of excellence, Boron Rubbers India continues to innovate, delivering cutting-edge radiation shielding solutions while shaping a safer, more advanced future.

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About

Boron Rubbers India pioneers advanced radiation shielding solutions, ensuring superior protection for nuclear, industrial & medical applications with cutting-edge materials and precision engineering.

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Research & Innovation

Pioneering advancements in radiation shielding, we continuously develop innovative solutions to tackle modern safety challenges with precision and efficiency.​

 

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Quality & Integrity

Built on a foundation of truth and excellence, we ensure every product meets the highest safety standards, delivering reliable protection when it matters most.

 

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Customer Satisfaction

With a commitment to exceptional service and technical support, we prioritize our customers' needs, fostering long-term relationships based on trust and excellence.

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Our Values

Shielding from Neutron Detectors

Lightweight, durable, and effective for thermal radiation shielding, ideal for cancer treatment, security, and therapy. Outperform metals like lead, offering safety and reliability in diverse applications.

 Lead Rubber Sheet

Versatile, customizable gamma-ray shielding for nuclear, research, and industrial uses. Easy to install, ideal for imaging, barriers, and soundproofing. Available in various sizes and thicknesses.

Boron Polyethylene

A high hydrogen and boron content material for neutron shielding, reducing gamma effects and thermalizing neutrons. Lightweight, customizable, and ideal for radiation therapy, spacecraft, and portable shielding.

Pure Polyethylene (shielding grade)

A high-hydrogen neutron moderator ideal for slowing fast neutrons. Durable, stable, and easily molded, it’s widely used in radiation therapy, packaging, construction, and electronics industries.

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Featured Products

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Capabilities

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Materials For Nuclear Generators

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Shielding in Fission & Fusion Reactors

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Control Rods in Nuclear Power Plants

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Shielding of Beam Line

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Precise Shielding Calculation

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Blogs & News Update

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SMRs in 2026: The Global Shift That Is Redefining Energy Security

The nuclear conversation in 2026 is no longer about whether Small Modular Reactors will matter. It is about how quickly they can be deployed. Across Europe, North America, and Asia , governments are accelerating regulatory approvals, funding modular reactor programs, and restructuring energy policies to support compact nuclear systems. The reason is clear. The world needs reliable, low-carbon energy that can be deployed faster than traditional nuclear plants. Small Modular Reactors , or SMRs...

Boron: The Unsung Hero of Radiation Protection

Radiation protection is often discussed in terms of thick walls, dense metals, and heavy shielding. Concrete. Lead. Steel . These materials dominate most conversations because they are visible, familiar, and historically proven. Yet, behind the scenes of modern radiation safety lies a quieter hero. One that does not rely on mass alone, but on atomic precision. That element is boron . Across nuclear reactors, medical accelerators, research laboratories, and even aerospace systems, boron plays...

SMRs vs Traditional Reactors: The New Blueprint for Safer Nuclear Energy

For decades, nuclear energy has been a paradox, a clean and powerful energy source often weighed down by concerns about cost, safety, and complexity. Traditional nuclear reactors, with their vast containment domes and multi-billion-dollar price tags, shaped the world’s view of nuclear power as something monumental, permanent, and rigid. But today, that image is being rewritten. Enter the Small Modular Reactor (SMR) , a new class of reactors that are compact, factory-built, and designed for...

Inside SMRs: How Modular Design is Redefining Nuclear Safety

For decades, nuclear energy has stood as both a promise and a puzzle. It offers unmatched efficiency and near-zero carbon emissions, yet traditional reactors have often been defined by size, complexity, and long construction timelines. The emergence of Small Modular Reactors (SMRs) is changing that story. Compact, factory-built, and inherently safer, SMRs are transforming how we think about nuclear safety, scalability, and sustainability. The Shift from Monoliths to Modules In the past,...

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Parth Doshi Delivers Seminar at ITER Organization

Sharing insights on radiation shielding and advanced materials at the world's leading fusion energy project in France.

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Engineering Rubber Solutions for Critical Industries

Exploring how advanced rubber materials improve performance, reliability, and safety across demanding industrial applications.

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Insights from India's PFBR Nuclear Program

Understanding the significance of the Prototype Fast Breeder Reactor in India's long-term nuclear energy roadmap.

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Participation at EMUL 2026 Nuclear Conference

Discussions focused on SMRs, advanced reactor technologies, and the future of clean nuclear energy.

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