One Platform. Multiple Asphalt Engineering Scenarios.
AIMIXDESIGN supports asphalt producers, laboratories, consultants and road authorities across mix development, production engineering, performance validation, cost optimization and sustainable materials.
Design, production, cost and documentation.
OBC estimation, volumetrics and performance testing.
Technical comparison and specification support.
Recycling, CAM, binder contribution and cost.
Engineering support across the asphalt value chain.
AIMIXDESIGN connects laboratory design, material characterization, performance validation and plant implementation within one structured technical workflow.
Designed for the main asphalt engineering stakeholders.
Asphalt Producers
Develop technically consistent mixtures and transfer laboratory design decisions into practical plant formulations.
- New mix development
- Cold hopper and hot bin formulation
- RAP and additive management
- Production cost optimization
- CE documentation support
Testing Laboratories
Organize mix design data, compare alternatives and define rational laboratory testing programmes.
- Aggregate blend development
- Volumetric analysis
- Intelligent OBC estimation
- Marshall, SUPERPAVE and BMD workflows
- Technical reports and traceability
Consultants & Designers
Compare proposed mixtures and evaluate whether technical choices are consistent with performance requirements.
- Alternative scenario comparison
- Binder and RAP evaluation
- Performance-based specification support
- Technical review of proposed mixes
- Cost and sustainability comparison
Road Authorities
Support rational technical evaluation of asphalt mixtures beyond simple recipe or volumetric compliance.
- Rutting and cracking criteria
- Moisture susceptibility evaluation
- Specification and acceptance support
- Comparison of contractor proposals
- Performance-based design frameworks
Engineer recycled mixtures without losing performance control.
High-RAP mixtures require coordinated evaluation of aggregate structure, recovered binder contribution, virgin binder grade, rejuvenators, additives, production temperature and final mixture performance.
AIMIXDESIGN helps compare alternative recycling strategies while also considering industrial cost, recycled content, CAM criteria and production feasibility.
Applicable to conventional and specialized asphalt mixtures.
The methodology can be adapted to different aggregate structures, performance targets, traffic conditions and production technologies.
Wearing Course
Surface mixtures requiring a balance between rutting, cracking, durability, texture and production consistency.
Binder Course
Structural mixtures designed for load distribution, compactability and long-term deformation resistance.
Base Course
Cost-effective structural layers with optimized aggregate framework, binder content and recycled-material contribution.
Stone Mastic Asphalt
Gap-graded mixtures requiring careful control of aggregate skeleton, binder richness, fibres and draindown.
Porous Asphalt
Open-graded mixtures requiring control of void structure, binder drainage, durability and moisture resistance.
Warm Mix Asphalt
Mixtures using lower production temperatures, chemical additives, foaming technologies or workability modifiers.
Polymer-Modified Mixtures
High-performance systems requiring coordinated binder grade, dosage, aggregate structure and production temperature.
Heavy-Duty Pavements
Industrial, port, logistics, airport and high-traffic applications with demanding rutting and durability requirements.
From technical problem to validated production solution.
Reduce mixture cost
Compare alternative aggregates, RAP contents, binders and additives while maintaining specification and performance requirements.
Materials → Cost comparison → Performance check → Production formulaIncrease RAP content
Evaluate recovered binder, virgin binder grade, rejuvenator dosage, volumetrics and final cracking or rutting response.
RAP analysis → Binder strategy → OBC window → BMD validationCorrect performance imbalance
Modify binder content, aggregate structure, PG grade or additives according to laboratory rutting and cracking results.
Test result → Engineering diagnosis → Mix modification → RetestTransfer design to plant
Convert the laboratory recipe into cold-feed, hot-bin and plant-ready production settings.
Laboratory blend → Plant curves → Dosing settings → Production controlSee AIMIXDESIGN applied to real engineering workflows.
Short technical demonstrations can show aggregate blending, OBC estimation, plant formulation, RAP scenarios and cost analysis directly inside the platform.
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Discuss your asphalt engineering application.
Present your mixture, production or performance challenge and see how AIMIXDESIGN can support the technical workflow.
Discuss Your Application