At Impregnaseal, we are at the forefront of innovation, setting the standard  for excellence in the realm of vacuum impregnation.

We are the only company globally to focus solely in the field of vacuum impregnation, we specialize in producing world-class porosity sealants, recycling sealants and cutting-edge chemistry designed to address the pervasive challenge of porosity in metal castings, electrical components, and sintered materials.

Recycling Sealants

At Impregnaseal, sustainability is not just a buzzword; it is ingrained in our corporate DNA. We take pride in manufacturing environmentally friendly sealants and chemistry, contributing to a greener and more responsible industry. 

Our recycling sealant is washed from the components within the cold washing tank and returned to the autoclave for re use. Not only is this a sustainable solutions for impregnation but provides a number of savings.

  • Reduction in sealant consumed, which provides a cost saving

  • Elimination of cold wash waste from the cold washing process

  • Significant reduction in water usage

  • Reduction in downtime emptying and refilling tanks

Customer Lead Approach

We value our relationships with customers. Our customer-centric approach means that we work collaboratively with clients to understand their specific challenges and tailor our solutions accordingly. Your success is our success, and we are dedicated to providing comprehensive support throughout your journey with Impregnaseal.

Our expertise in vacuum impregnation sets us apart as industry leaders. Our products have been meticulously developed to meet the stringent requirements of modern manufacturing processes, ensuring optimal performance in every context.

Experience the difference that our world-class recycling porosity sealants and associated chemistry can make in elevating the performance and reliability of your components. 

Choose Impregnaseal for unrivalled expertise, sustainable practices, and solutions that redefine the standards of excellence in the fight against porosity.