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Failures of concrete could be sudden and catastrophic particularly during EARTHQUAKES, BLASTS OR SUDDENLY APPLIED LOADS. An ideal solution to overcome this serious disadvantage is to add NAPLON, the most effective fillers in Concrete to achieve Ductility, Impermeability and avoid sudden failures. --Extract from Study of properties of NAPLON FIBRES by Mr. Rajendra Dhodapkar M.E. from Govt. College of Engineering, Pune. December 1999
Our radiation absorber pads are engineered to provide reliable protection against harmful radiation in a variety of environments. Utilizing advanced materials and manufacturing processes, these pads offer exceptional absorption properties while maintaining durability and flexibility. Whether used in medical facilities, nuclear power plants, or industrial settings, our absorber pads deliver peace of mind and safety assurance.
Our fire-resistant blankets are designed to withstand extreme heat and provide a reliable barrier against flames and embers. Constructed from high-quality fire-retardant materials, these blankets are ideal for use in firefighting, emergency response, and industrial applications where fire safety is paramount.


At Petrotech Processors, our mission is to provide innovative solutions for safety and sustainability in industrial environments. Through our relentless commitment to research, development, and quality, we aim to manufacture superior radiation absorber pads, fire-resistant blankets, aramid pulp, and cellulose pulp products. We strive to protect lives, assets, and the environment by delivering reliable, high-performance materials that meet the evolving needs of our customers and contribute to a safer, greener future.
Our vision at Petrotech Processors is to be a global leader in specialized industrial materials, recognized for our unwavering dedication to excellence, safety, and environmental stewardship. We aspire to set new standards in product performance, reliability, and sustainability, driving positive change in industries where safety and efficiency are paramount. Through continuous innovation and collaboration, we envision a world where our products play a vital role in safeguarding lives, preserving resources.
Continuously research and develop cutting-edge technologies to enhance the performance and effectiveness of our radiation absorber pads, fire-resistant blankets, aramid pulp, and cellulose pulp. Maintain the highest standards of quality control and assurance throughout our manufacturing processes to ensure the reliability and consistency of our products. Prioritize safety in all aspects of our operations, providing materials that effectively protect against radiation, fire, and other hazards in industrial settings.
We recently purchased the Radiation Absorber Pad from Petrotech Processors for our industrial facility, and we are extremely satisfied with its performance. Not only does it effectively absorb radiation, but it also withstands high temperatures without any degradation.
The Fire Resistant Blanket from Petrotech Processors is truly a lifesaver! We've been using it in our manufacturing unit for a while now, and it has exceeded our expectations. Its ability to withstand extreme heat and prevent the spread of fire has helped us enhance.
We've been using Aramid Pulp from Petrotech Processors in our production processes, and we couldn't be happier with its performance. It's incredibly strong and heat-resistant, making it perfect for our applications in the automotive industry.
A radiation absorber pad is a specialized material designed to absorb or attenuate electromagnetic radiation, typically used in applications where radiation shielding is required.
Radiation absorber pads work by absorbing electromagnetic radiation through various mechanisms such as conversion into heat energy or scattering within the material, thereby reducing the amount of radiation that passes through.
Radiation absorber pads are commonly used in industries such as nuclear power plants, medical facilities (for shielding during imaging procedures), aerospace, telecommunications, and electronics manufacturing.
Yes, our radiation absorber pads are designed to be fire-resistant, ensuring safety in high-risk environments.