Quanπyre
RUBBER & POLYMER NANOENGINEERING
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TRANSFORMING RUBBER
TRANSFORMING RUBBER
Quanπyre, a division of NANOARC, pioneers a new era of rubber engineering. Our quantum-grade nanomaterials deliver significant performance gains using extremely low additive quantities — enabling lighter, stronger and more durable rubber products across multiple industries.
Traditional rubber manufacturing depends heavily on zinc oxide. Our technology significantly reduces — and can even eliminate — the need for this material, offering a cleaner, higher-performing alternative aligned with modern sustainability expectations.
QuanπyreTM
QuanπyreTM
Quanπyre (or Quanttrye) are high-performance, quantum-grade nanomaterial additives designed as a revolutionary alternative to traditional zinc oxide (ZnO) in tyre compounds. Their ultra-high surface area nanoparticles provide:
Superior cure kinetics & cross-link density → stronger, more resilient rubber
Enhanced mechanical properties → better wear resistance and durability
Environmental sustainability → significant reduction in ZnO usage
WHY QUANTUM MATERIALS?
WHY QUANTUM MATERIALS?
High Impact. Low Dosage. Major Advantages.
Superior Durability: Enhanced cross-link density results in tougher, stronger compounds designed for long service life.
Up to 90% Reduction in Zinc Oxide: A major advancement in sustainability, production efficiency and environmental performance.
Lighter Rubber Components: High reinforcement efficiency enables lighter tyres and rubber parts without compromising strength.
Faster Vulcanisation: Exceptional surface activity accelerates curing, improving factory throughput and reducing energy demand.
Uniform Dispersion: Nano-scale distribution improves mechanical consistency, tensile strength, elasticity and reliability.
Improved Ageing Resistance: Greater resistance to heat, UV and microbial attack ensures stability and longevity in demanding environments.
TYRES
AEROSPACE
AEROSPACE
LIGHTER, SAFER & EFFICIENT
Reduced Aircraft Weight: Lighter tyres contribute to lower fuel burn, reduced emissions and improved operational efficiency.
Enhanced Safety and Reliability: Superior tolerance to heat and mechanical stress delivers improved take-off and landing performance.
Extended Tyre Life: Longer intervals between replacements reduce maintenance time, costs and material waste.
Support for Electric and Hybrid Aircraft: Weight reductions translate directly into extended range and improved energy efficiency.
AUTOMOTIVE & MOTORSPORT
AUTOMOTIVE & MOTORSPORT
PERFORMANCE & DURABILITY
Greater Range for EVs: Lighter tyres with lower rolling resistance help increase electric driving range.
Greater Range for EVs: Lighter tyres with lower rolling resistance help increase electric driving range.
High-Performance Motorsport Capability: Reduced unsprung mass, improved grip consistency, better heat management and lower wear all contribute to enhanced track performance.
High-Performance Motorsport Capability: Reduced unsprung mass, improved grip consistency, better heat management and lower wear all contribute to enhanced track performance.
Extended Tyre Longevity: Improved durability under high loads and extreme temperatures.
Extended Tyre Longevity: Improved durability under high loads and extreme temperatures.
Sustainability Advantage: A substantial reduction in zinc oxide supports sustainable manufacturing for both EV and motorsport sectors.
Sustainability Advantage: A substantial reduction in zinc oxide supports sustainable manufacturing for both EV and motorsport sectors.
BEYOND TYRES
INDUSTRIAL BELTS
INDUSTRIAL BELTS
Increased tensile strength and fatigue resistance
Potential for thinner, lighter belt constructions
Reduced maintenance downtime through improved wear resistance
SUSPENSION COMPONENTS
SUSPENSION COMPONENTS
More resilient bushings, mounts and dampers
Stable performance across temperature cycles and dynamic loads
Opportunities for lightweight and efficient component design
SEALS & GASKETS
SEALS & GASKETS
Superior seal integrity under pressure, heat and chemical exposure
Longer service life due to improved resistance to ageing and degradation
Enhanced reliability in aerospace, automotive, industrial and energy systems
The Quanπyre Advantage
The Quanπyre Advantage
Cleaner, stronger, lighter and longer-lasting. Quanπyre’s quantum nanomaterials redefine what rubber can achieve across aviation, electric mobility, motorsport, industrial systems and high-performance engineered components.
Whether you're developing next-generation tyres, industrial systems or custom rubber components, we can help you unlock new levels of performance.
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