Efficiency in every process.
Responsibility in every product.
We believe in the importance of plastics in making everyday modern life possible. This is why we are dedicated to making them responsibly, innovating circular solutions, supporting customer sustainability commitments, and enriching lives. Through innovative science and engineering, we turn production challenges into sustainable solutions for the plastics industry.
We strive to ensure plastics enhance quality of life while reducing environmental impact.
Our dedicated R&D center, PACT, leverages the expertise of polymer scientists to innovate cutting edge plastic raw materials and develop sustainable products that offer quality, innovation, lower carbon footprint, less environmental impact, and circularity.
Our products are at the heart of every plastic and at the center of every loop. Circularity drives design and materials. We give life to plastic scrap through post-industrial and post-commercial plastics recycling.
We develop sustainable product innovations to help customers meet their eco-conscious goals and inspire others to follow suit.
Our products and processes are made with people in mind. Our main concern is how to enrich lives while reducing negative impacts on people and the planet.
Compounding a better future from the inside out.
Compounding fillers from naturally abundant minerals
We compound mineral fillers from Calcium Carbonate (CaCO3) and Talc to offer more sustainable raw material options to plastics converters. These naturally abundant minerals replace fossil-fuel-based raw materials. The substitution reduces impact on finite resource depletion and cuts greenhouse gas (GHG) emissions.
Closing the loop on plastic
Our recycled resins support plastics converters in incorporating post-industrial recycled (PIR) and post-commercial recycled materials into their production blends. By supplying high-quality recycled resins, we help converters replace virgin fossil fuel-based polymers with circular alternatives - without compromising product performance.
By selectively filtering infrared solar radiation, this cooling agent naturally reduces greenhouse interior temperatures - lowering the need for energy-intensive cooling systems and creating a more resource-efficient growing environment.
These advanced dehydrating additives eliminate moisture-related defects in recycled plastics without the need for energy-consuming drying equipment. These additives improve machine runnability and ensure superior product quality across appliances, electronics, packaging, and consumer goods.
By blocking near infrared solar radiation through agricultural PE films, these additives help stabilize greenhouse temperatures naturally, reducing energy dependence, minimizing thermal stress on crops, and supporting healthier plant growth with a lighter environmental footprint.
Designed for short-lifecycle plastic products like trash and shopping bags, as well as agricultural mulch films, these additives accelerate the material's breakdown after its useful life, helping reduce the long-term persistence of plastic waste in the environment.
By blocking near infrared solar radiation through agricultural PE films, these additives help stabilize greenhouse temperatures naturally, reducing energy dependence, minimizing thermal stress on crops, and supporting healthier plant growth with a lighter environmental footprint.
Sustainability in Action: How MicroMB drives impact.
From CaCO3 mineral filler production in Egypt & KSA in 2024
From ~150 MWh in solar energy through PV power system in 2025
Post-industrial plastic scrap diverted from landfill in 2024
GHG emissions associated with landfilling eliminated in 2024
Mineral fillers partially replace fossil fuel-based resins in plastics production. In addition, mineral fillers and dehydrating additives improve the performance of recycled resins, while UV stabilizers enhance the performance of films to lengthen product life. This reduces non-renewable resource depletion, and decreases the carbon footprint of finished plastic products, while maintaining quality.
We optimize additive functionality to support downgauging and lower raw material consumption, for example through advanced stabilizers, special filler grades, and other additives for quality thinner plastic film production.
Our recycled resin products enable converters to incorporate PIR content into their blends. This supports a circular plastics economy by turning waste back into valuable raw material, diverting plastics from landfills and conserving resources.
By substituting petroleum-derived inputs with naturally occurring minerals by replacing virgin materials with recycled resins, MicroMB helps converters significantly cut greenhouse gas emissions associated with plastics production and landfilling.
Our R&D focuses on developing more sustainable products, engineered to deliver high-performance while eliminating hazardous substances to reduce environmental and health risks (ex: polyfluoroalkyl substances (PFAS)).
Through innovative compounding processes and the use of sustainable fillers, MicroMB has significantly reduced energy consumption across its plants. In addition, solar PV system at its operations in Lebanon reduce carbon emissions.
MicroMB leverages the INDEVCO Polymer Application Technology Center (PACT) for all R&D, testing, and technical consultancy. PACT supports the development of new compound formulations, application testing, and continuous improvement of sustainable product performance.
MicroMB compounds serve agriculture, horticulture, appliances, automotive, building & construction, consumer goods, electrics & electronics, healthcare, flexible & rigid packaging, and textiles. Thus, multiplying sustainability impact across the global supply chain.
Both Micro Epsilon (Lebanon) and Masterpak Nile (Egypt) hold ISO 14001:2015 Environmental Management System. All operations hold ISO 45001:2018 Occupational Health & Safety Management System.
True circularity means engineering waste out of every stage of the lifecycle: choosing recycled or responsibly sourced inputs, running operations on clean energy, designing products for reuse or recycling, and closing the loop so materials never become waste.
Embracing this full-circle approach delivers lasting value, strengthening your bottom line through resource efficiency, securing your social license to operate in an era of rising scrutiny, and building resilience against regulatory, reputational, and supply chain risks.
The circular economy is not a destination. It is a smarter way to do business - from the ground up.
