Performance Grade Modifier (PGM)
Advanced Binder Technology
PGM is an advanced asphalt binder additive engineered to significantly enhance the performance characteristics of bitumen. Designed for compatibility with a wide range of feedstocks, PGM upgrades binder quality, improves temperature susceptibility, and boosts resistance to rutting and fatigue.
Key Benefits
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On-Site quality upgrade enables flexible polymer-modified bitumen (PMB) production, boosting revenue and project capacity
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Energy-efficient design cuts asphalt production costs by lowering heating and storage energy costs
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Single-grade bitumen sourcing streamlines logistics, optimizes inventory, and minimizes exposure to raw material price fluctuations
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Reduced emissions footprint enhances sustainability while eliminating intense toxic odors
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Built-in fiber additive removes need for separate drain-down fiber procurement and storage
Lignocell Fibers (LG Cell)
Cellulose Fiber Additive for Premium Asphalt Mixtures
LG Cell is a high-performance cellulose fiber essential for stone matrix asphalt (SMA) and open-graded mixes. It prevents asphalt binder draindown during mixing and placement, ensuring consistent mix quality and long-term performance.
Key Benefits
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Cost-effective solution delivers premium performance at a lower price point than other cellulose fiber additives
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Reliable draindown prevention ensures compliance with SMA and OGFC specifications while maintaining mix stability
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Advanced mix cohesion technology enhances compaction, durability, and long-term pavement performance
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Natural cellulose composition supports sustainability goals with a biodegradable, eco-friendly material
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Lightweight, low-dust format improves handling, reduces waste, and streamlines storage on-site
Permeable Interlocking Concrete Paving (PICP) Blocks
Sustainable Concrete Paving Block
PICP blocks upcycle spent coffee grounds (SCGs) and reclaimed asphalt aggregates (RAA) into durable, permeable paving units. Designed for both carbon reduction and stormwater management, the blocks combine circular materials with standard concrete processes to create infrastructure that is sustainable, strong, and water-resilient—promoting recycling, reuse, and responsible water flow.
Key Benefits
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Carbon-Reduced Composition replaces up to 15% of binder content with SCGs and 50–60% of aggregate weight with RAA, reducing embodied CO₂ by 20–30% per block
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Permeable Hydrological Design with an optimized pore network achieving infiltration rates above 2 mm/s, allowing nearly 100% of rainfall to be absorbed even during heavy storms
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Durability and Strength Retention maintains compressive strength within standard thresholds despite increased permeability, ensuring reliable long-term structural performance.
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Circular Waste Valorization upcycles two major urban waste streams—coffee waste and reclaimed asphalt—turning landfill-bound materials into durable, value-added infrastructure.
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Climate-Resilient Infrastructure enables cities and industrial campuses to manage stormwater as a resource rather than runoff, supporting sustainable design and flood prevention initiatives.