Asphalt mixing plant is a type of asphalt production equipment that heats, dries, screens, weighs, and mixes aggregates with mineral filler and bitumen to produce hot-mix asphalt for road construction. AIMIX asphalt plants are available in 10–400 TPH capacities, including batch, drum, mobile, and portable types for highways, urban roads, bridges, and asphalt maintenance projects.
Reliable Asphalt Production – for Smart Control & Efficient Production
Trusted Worldwide(Strategic Partner of Global Fortune 500 Enterprises)
Global Support, Local Service: 100+ service centers + 30+ engineers = quick problem-solving.
Capacity: 10–400 TPH
Price Range: $50,000–$10,000,000
Types: Batch, Drum, Mobile, and Portable
Viewing Our Exported Asphalt Plants Trusted Across 150+ Countries
AIMIX has supplied asphalt mixing plants to more than 150 countries globally. The following projects show how different asphalt plant types, capacities, and configurations are used for road construction, maintenance, and repair projects in different markets.
100 TPH Mobile Asphalt Batch Plant in Sudan
Capacity: 100 TPH
Model: ALYQ-100
Plant Type: Mobile Asphalt Batch Plant
Project Location: Sudan
Application: Road construction and maintenance
Project Evidence: The ALYQ-100 supports rapid relocation within 24 hours, requires no permanent foundation, and enables fast installation to shorten project startup time.
Application: Asphalt aggregate supply for road construction projects
Project Evidence: The ALQ-80 combines IoT-based production monitoring with a robust stationary design, allowing the project team to track plant performance in real time and maintain a stable asphalt aggregate supply.
80 TPH ALQ-80 Batch Asphalt Plant in Fergana, Uzbekistan
Capacity: 80 TPH
Model: ALQ-80
Plant Type: Stationary Batch Asphalt Plant
Project Location: Fergana, Uzbekistan
Application: Urban road construction
Project Evidence: The ALQ-80 provides stable 80 TPH batch production for municipal paving, with automated batching and real-time monitoring helping operators maintain consistent asphalt mix quality throughout urban road projects.
Types of Asphalt Plants: Batch, Drum, Mobile, and Portable
Asphalt mixing plants are available in batch, drum, mobile, and portable configurations. The main differences are mixing method, production capacity, mobility, and typical project use. The following models cover capacities from 20 to 400 t/h for projects ranging from small asphalt repairs to large-scale road construction.
In addition to the four main asphalt plant configurations—stationary batch, mobile batch, stationary drum, and mobile drum—the ALB Series provides a compact option for small-volume asphalt production. With a production range of 2–20 TPH, it is designed for localized paving, road repairs, and projects where a conventional asphalt mixing plant would be unnecessarily large.
ALB Series Portable Asphalt Mixer
ALB-2ALB-5ALB-10ALB-15ALB-20
Production Capacity: 2–20 t/h
Price Range: $20,000–$35,000
Production Time Per Batch: 10–15 min/batch
Asphalt Temperature: 120–210 ℃
What Do You Gain with the ALB Series?
Lower Initial Investment: Compact design avoids the higher investment of a conventional large asphalt plant.
Less Material Waste: Small batches let operators produce closer to the actual job requirement.
Lower Site Demand: Compact chassis reduces space requirements for narrow or scattered work areas.
Less Transport Work: Portable design makes movement between nearby repair sites easier.
Simpler Daily Operation: One-touch control combines starting, heating, mixing, and stopping operations.
Asphalt Mixing Plant Specifications: Capacity, Power, Mixing, and Configuration
Understanding asphalt plant specifications requires comparing production capacity, mixing method, heating system, power, storage, dust filtration, and overall dimensions. The following tables provide model-specific specifications for the ALQ, ALYQ, ALT, and ALYT series to support equipment comparison and project selection.
What We Provide for Cold Climate Asphalt Production
Our ALQ stationary asphalt batch plant (Cold Climate Version) is built to perform reliably in temperatures as low as -40°C, ensuring high-efficiency operation in extreme cold conditions. Here are the key features that make it the ideal choice for cold climate operations:
Heated Motors & Vibrating Motors
Ensure smooth startups and stable performance in freezing conditions.
Cold-Resistant Belt Conveyor
Motor-reducer combination and cold-resistant cables prevent failures in low temperatures.
Upgraded Electrical System
Heating devices in cabinets and cold-resistant cables for reliable operation.
Cold-Climate Inverter & Soft Starter
Optimized for low temperatures to ensure stable performance.
Cold-Resistant Touchscreen
Functions effectively at temperatures as low as -40°C.
Lubrication/Cold-Resistant Rubber
Lubricants and rubber materials prevent wear and ensure smooth operation.
Premium Electrical Components
Top-quality components from Schneider and Delixi for durability in cold climates.
Insulation & Burner Power
100mm insulation and increased burner power for efficient operation in extreme cold.
These robust features are designed to ensure that your asphalt plant remains operational and efficient, no matter how harsh the weather conditions may be. With reliable performance in temperatures as low as -40°C, our Cold Climate Version Asphalt Plant delivers maximum efficiency and productivity in cold environments.
How to Choose the Right Asphalt Plant for Your Project?
Choosing an asphalt plant is not simply a matter of selecting the largest capacity or the lowest purchase price. The right choice depends on how you produce asphalt, how often the plant moves, how varied your mix designs are, how much asphalt you need to produce, and how the plant will be used throughout the project. The guide below compares the five AIMIX series—ALQ, ALYQ, ALT, ALYT, and ALB—according to real project conditions and operating priorities.
Need Different Asphalt Mix Designs or Precise Batch Control?
Choose a batch asphalt plant when the project requires different asphalt recipes, controlled aggregate gradation, or frequent changes in mix specifications. Batch plants separate aggregate heating, screening, weighing, and mixing, allowing each batch to be proportioned according to the required mix design.
Recommended Series: ALQ and ALYQ
ALQ Series: A stationary batch plant for long-term production where stable operation and flexible mix control are more important than mobility.
ALYQ Series: A mobile batch plant for contractors who need batch-production flexibility but may move the plant between different road construction sites.
Typical applications: highways, urban roads, airports, bridges, municipal infrastructure, and projects requiring multiple asphalt mix designs.
Selection principle: If your project frequently changes asphalt recipes or requires tight control of aggregate proportions, a batch configuration is generally more suitable than a continuous drum process.
Need Continuous Asphalt Production with a Simpler Material Flow?
A drum asphalt plant is suitable when asphalt production follows a relatively consistent mix requirement and continuous material flow is preferred. Aggregate drying, heating, and mixing take place through a continuous process, reducing the number of separate material-handling stages compared with a batch plant.
Recommended Series: ALT and ALYT
ALT Series: A stationary drum plant for established production sites with stable asphalt demand.
ALYT Series: A mobile drum plant for projects that need continuous production but also require relocation between construction sites.
Typical applications: road maintenance programs, regional paving contracts, recurring road works, and projects with relatively stable mix requirements.
Selection principle: Choose drum mixing when continuous production and a straightforward process are more important than frequent batch-by-batch recipe changes.
Will One Asphalt Plant Serve Multiple Construction Sites?
If a contractor works on several road sections, regional maintenance contracts, mining roads, or projects spread across different locations, plant mobility can have a major effect on total project cost. Repeated dismantling, transportation, installation, and commissioning can make a stationary plant less practical when the production location changes frequently.
Recommended Series: ALYQ or ALYT
ALYQ Series: Choose the mobile batch configuration when different sites require controlled batch production or different asphalt mix designs.
ALYT Series: Choose the mobile drum configuration when continuous production is sufficient and simple relocation is a major operating requirement.
Best suited to: contractors serving multiple road projects, regional maintenance programs, temporary infrastructure projects, and construction schedules that move from one location to another.
Before choosing: Estimate how many times the plant will move, the distance between sites, transportation requirements, setup time, and expected production duration at each location. Mobility becomes economically valuable when the same plant can be reused across several projects.
Will the Plant Stay at One Production Site for a Long-Term Project?
For a plant that will remain at one quarry, asphalt depot, or major infrastructure project for years, mobility is usually less important than production stability, maintenance access, material storage, and equipment utilization. A permanent installation can also be easier to integrate with established aggregate supply and asphalt delivery systems.
Recommended Series: ALQ or ALT
ALQ Series: Suitable for long-term projects that require batch production, controlled aggregate grading, and flexibility between different asphalt mix specifications.
ALT Series: Suitable for long-term production where asphalt demand and mix requirements are relatively stable and continuous drum mixing is preferred.
Typical applications: large road projects, highway supply bases, municipal asphalt production centers, and long-term paving programs.
Selection principle: For a permanent plant, compare expected utilization, fuel consumption, maintenance, storage requirements, and production demand over the full project lifecycle instead of evaluating only the initial equipment price.
Do You Need Asphalt Production Directly at Small or Scattered Work Sites?
Small paving and maintenance operations do not always require a complete high-output asphalt production line. When asphalt demand is limited or work sites are scattered, transporting hot mix from a distant production plant can add logistics costs and make small repair jobs less efficient.
Recommended Series: ALB
ALB Series: A compact portable asphalt mixer designed for small-scale asphalt heating and mixing close to the point of use.
Typical applications: pothole repair, small road sections, driveway paving, residential or commercial paving, manhole-area repairs, and localized municipal maintenance.
Main advantage: The value of ALB is its compact and portable configuration rather than maximum production capacity. It can be considered when a full-size asphalt plant would be excessive for the actual workload.
Selection principle: If your asphalt requirement is occasional, localized, or too small to justify a conventional production plant, a compact portable mixer can provide a more practical production solution.
Will Reclaimed Asphalt Pavement (RAP) Be Part of Your Production?
RAP can affect asphalt plant selection because recycled material has different moisture, gradation, binder condition, and heating requirements from virgin aggregate. The appropriate plant configuration therefore depends not only on the desired RAP percentage but also on the recycling process, material condition, required production rate, and local environmental requirements.
Recommended starting point: ALQ, ALT, or ALYT, depending on the complete recycling configuration.
ALQ Series: Consider when the project requires batch production and controlled incorporation of RAP into different asphalt mix designs.
ALT Series: Consider for fixed continuous production when the project requires a dedicated RAP feeding and heating arrangement.
ALYT Series: Consider when mobile continuous production and RAP processing are required across different project locations.
Important: The main plant should not be selected according to a claimed RAP percentage alone. The complete system should be evaluated for RAP moisture, gradation, heating method, binder condition, emissions, and final mix temperature.
Selection principle: If recycled asphalt is an important part of your production plan, confirm the RAP feeding, heating, and mixing configuration with the manufacturer before finalizing the plant model.
Does Your Project Have Strict Environmental or Site Restrictions?
Environmental compliance should be considered during plant selection because asphalt production involves aggregate drying, combustion gases, dust collection, asphalt storage, and material handling. Requirements for emissions, dust, noise, fuel, installation, and operating permits vary by country, region, and project site.
Fixed production sites: ALQ or ALT can be configured around the site’s permanent material flow, dust collection, storage, and emission-control requirements.
Mobile production sites: ALYQ or ALYT can be considered when production needs to move between locations while maintaining the required environmental-control configuration.
Small local operations: ALB may be suitable for limited production requirements, subject to the environmental regulations applicable to the actual work site.
Before purchase: Check local air-emission limits, dust-control requirements, noise restrictions, fuel requirements, permitting conditions, and site-specific installation rules. The final plant configuration should be confirmed according to the regulations of the actual project location.
Which Asphalt Plant Is More Economical for Your Actual Workload?
The lowest purchase price does not necessarily mean the lowest project cost. The economic choice should consider the entire production cycle, including equipment investment, transportation, installation, fuel, labor, maintenance, relocation, downtime, and asphalt delivery.
Low-volume or localized production: ALB can be considered when the workload does not justify a conventional asphalt production line.
Long-term fixed continuous production: ALT is suitable when demand is stable and plant relocation is not required.
Mobile continuous production: ALYT is suitable when one plant needs to serve several locations and continuous drum mixing meets the project requirements.
Long-term fixed batch production: ALQ is suitable when the plant will be intensively used and the project benefits from batch mixing flexibility.
Mobile batch production: ALYQ is suitable when the plant needs to move between projects while maintaining batch mixing capability.
Best practice: Estimate annual operating hours, expected production volume, relocation frequency, fuel consumption, maintenance requirements, and project duration before comparing plant prices. A properly sized plant with high utilization can be more economical than an oversized plant that operates below its practical workload.
Quick Asphalt Plant Selection Guide
Project Requirement
Recommended Series
Why It Fits
Multiple asphalt mix designs and precise batch control
ALQ / ALYQ
Batch production provides controlled proportioning and flexible mix changes.
Stable continuous asphalt production
ALT / ALYT
Drum mixing provides continuous material flow with a simpler production process.
Long-term fixed production
ALQ / ALT
Stationary configurations are suited to established production sites.
Frequent relocation between road projects
ALYQ / ALYT
Mobile configurations reduce the need to establish a completely new fixed plant at every project.
Small localized paving and repair work
ALB
Compact portable production is more practical for limited asphalt requirements.
Projects using RAP
ALQ / ALT / ALYT
Suitable starting configurations depend on the required RAP feeding, heating, and mixing process.
Asphalt Mixing Plant Price: What You Need to Know
When considering an investment in an asphalt mixing plant, the price is an important factor. AIMIX asphalt plant prices range from $50,000 to $1,000,000, depending on the type, capacity, and configuration. However, the price of the plant is just one part of the total investment, and there are several other factors to consider.
Factors Affecting Asphalt Plant Price
Plant Type & Capacity – Batch asphalt plant for sale typically cost more than drum mix plants.
Customization Options – Add-ons like dust collection systems or RAP systems can increase costs.
Technology & Automation – Advanced control systems may add value but also affect pricing.
Total Asphalt Plant Cost Considerations
The asphalt plant price is just one part of your investment. You should also factor in asphalt plant cost:
For an accurate asphalt plant sale price or want to know the overall asphalt plant cost tailored to your needs, contact AIMIX today. We provide customized asphalt mixing solutions to maximize your investment.
How Can Our Asphalt Plant Technology Improve Production, Environmental Performance?
Our asphalt plants use intelligent control, dust removal, reclaimed asphalt, modular installation, and heat recovery technologies to improve production efficiency, control emissions, reduce fuel consumption, and lower operating costs. Key technologies include AI-assisted proportioning, remote operation and maintenance, three-stage dust removal, asphalt fume purification, reclaimed asphalt integration, warm mix production, modular control systems, and exhaust-gas heat recovery.
Intelligent Asphalt Plant Technology: Up to 28% Higher Production Efficiency
AI-Assisted Proportioning: Dynamically adjusts mix ratios to reduce fluctuations in material proportions. Internal testing reports up to a 70% reduction in mix-ratio fluctuations compared with manual adjustment.
Remote Operation and Maintenance: A digital monitoring platform supports remote equipment status checks and predictive maintenance, with reported maintenance response time reductions of up to 90% under applicable operating conditions.
Production Efficiency: Intelligent control can increase production efficiency by up to 28% under the tested operating conditions.
Environmental Protection Technology: Dust and Asphalt Fume Control
Three-Stage Dust Removal: The dust removal system is designed to achieve dust emissions below 20 mg/m³ under the specified test conditions.
Asphalt Fume Purification: Low-temperature plasma and activated carbon adsorption are used to treat asphalt fumes and odors. Internal test data reports up to an 80% reduction in odor concentration under the tested conditions.
Environmental Compliance: Actual compliance depends on local emission limits, plant configuration, fuel type, and site conditions.
Recycled Asphalt and Warm Mix Technology: Lower Material and Fuel Costs
Reclaimed Asphalt Content: The asphalt plant can be configured to use up to 50% reclaimed asphalt pavement (RAP), depending on mix design and project requirements.
Potential Material Cost Saving: The stated saving is approximately 15–30 RMB per ton under the applicable material-cost assumptions.
Warm Mix Production: Production temperature can be reduced to approximately 120°C for applicable warm-mix formulations.
Fuel and CO₂ Reduction: The stated configuration can reduce fuel consumption by up to 25% and CO₂ emissions by approximately 3–5 kg per ton of mix under tested conditions.
Modular Asphalt Plant Design: Faster Installation and Commissioning
Modular Structure: The container-style modular design can reduce installation time from approximately 30 days to 7 days for the applicable AYLZ Series configuration.
Installation Time Reduction: Reducing installation time from 30 days to 7 days represents approximately a 77% shorter installation period under the stated comparison.
Remote-Site Cost: The AYLZ Series configuration is reported to reduce construction costs by up to 50% in applicable remote-site projects.
Control Unit: A preloaded embedded control system can reduce technician training time by up to 90% under the specified training process.
Exhaust-Gas Heat Recovery: A heat-pipe heat exchanger recovers part of the heat from exhaust gases for reuse in the asphalt production process.
Diesel Saving: The system is reported to save approximately 1.2–1.8 liters of diesel per ton of asphalt mix under the specified operating conditions.
Annual Fuel Saving: Annual fuel savings can exceed 500,000 RMB when project production volume and fuel prices meet the applicable assumptions.
Our asphalt plant technologies focus on five measurable areas: intelligent production control, emission control, reclaimed asphalt utilization, modular installation, and heat recovery. Depending on the selected configuration and operating conditions, these technologies can improve production efficiency, reduce installation and fuel costs, increase RAP utilization, and reduce dust and asphalt-fume emissions.
Asphalt Plant Patents & Certifications: Guaranteeing Quality and Trust
We are proud to showcase our numerous patents and certifications, ensuring that our model asphalt plant near me meets the highest standards of quality, innovation, and environmental responsibility.
Utility Model Patent for Mobile Drum Mixer
A patented design for efficient, flexible mobile drum mixing technology, enhancing the mobility and efficiency of asphalt production.
A unique technology for pipeline expansion, improving the connectivity and scalability of the asphalt production process.
Design Patent Certificate
Our innovative and user-friendly design is protected by a design patent, ensuring functionality and durability.
Patent Certificate for New Type
This patent covers our High-Integrated Asphalt Mixture Mixing Equipment, designed for high efficiency and precision in asphalt production.
CE Certification
Our types of asphalt plants are CE certified, meeting European Union safety, health, and environmental protection standards.
These patents and certifications reflect our commitment to innovation, quality, and environmental protection. Trust our tar plant for sale as a reliable, cutting-edge asphalt mixing solution for your business. Contact us now for a quote about hot mix plant!
Customer Reviews: Trustworthy Insights on Our Asphalt Mix Plant
Customer feedback speaks volumes about the performance, reliability, and satisfaction with our asphalt mix plant near me. Hear directly from users who’ve experienced the benefits of increased efficiency, cost savings, and high-quality production. Their experiences ensure you can trust in the value and reliability of our technology.
Bitang Situma
2024-08-01
Tim layanan AIMIX membantu saya dalam seluruh proses instalasi, agregat aspal yang diproduksi oleh pabrik pencampuran aspal sangat tinggi. Ini adalah pengalaman pembelian yang menyenangkan.
Sophio Zhordania
2024-02-01
AIMIX asphalt plant in Indonesia is exceptional! The plant's efficiency and reliability surpassed expectations.
Khadija Fatima
2024-01-29
Установка асфальтового завода в России превзошла ожидания. Процесс прошел гладко, и производительность завода была исключительной. Это демонстрирует передовые технологии, обеспечивая эффективное производство асфальта. Надежное вложение для качественного развития инфраструктуры.
Paul
2021-08-18
Thanks AIMIX help us choose ALQ100 stationary asphalt batch plant; thanks AIMIX engineers help us install the equipment. Asphalt plant worked well and efficiently. It quickens my road repair project. Thanks again!
Sammy
2019-10-07
Thanks AIMIX helped us choose ALQ80 stationary asphalt plant and install it, believe it can produce quality asphalt mixture. The burner of the Italian Ebico brand AIMIX use has stable performance and can save about 20% to 30% of fuel, which greatly saves production costs. We ever used a set of second-hand equipment in South Korea, and the design and quality of AIMIX asphalt plant are not worse than South Korea.
The global asphalt concrete market was valued at $4.68 billion in 2023 and is projected to grow at a CAGR of 5.82% from 2024 to 2033. This steady growth is driven by increasing road construction, infrastructure development, and the rising demand for sustainable urbanization.(Source: The Brainy Insights)
Key Drivers of Market Growth
Urbanization & Infrastructure Development: Rapid urbanization and the need for efficient transportation networks are fueling demand for asphalt in road construction worldwide. Governments and private investors are prioritizing durable, high-performance paving solutions.
Economic Growth & Investment: Expanding economies are allocating larger budgets for infrastructure projects, particularly in transportation, boosting the demand for asphalt. More public-private partnerships (PPPs) are emerging to support large-scale road projects.
Sustainability & Eco-Friendly Solutions: With increasing environmental concerns, the market is shifting towards eco-friendly asphalt technologies like warm-mix asphalt and recycled asphalt pavement (RAP) to minimize energy consumption and reduce waste.
Segment Insights
✅ Asphalt Paving Mixtures & Blocks (35.88% Market Share): This segment dominates due to the rising demand for durable materials in large-scale road construction projects.
✅ Hot Mix Asphalt (37.53% Market Share): Favored for its durability and weather resistance, especially in high-traffic and extreme weather conditions, making it a preferred choice for modern road networks.
Seize the Asphalt Market Opportunity Today
As demand for high-quality, eco-friendly asphalt rises, now is the perfect time to invest in an amp asphalt mixing plant equipment to maximize profitability.
Rising Market Demand for Sustainable Solutions: Urbanization and infrastructure growth increase the demand for durable and eco-friendly asphalt, with WMA and RAP gaining popularity for their benefits.
Achieve Cost-Effective Production: Investing in an asphalt factory reduces transportation costs and improves delivery times, leading to more competitive pricing and higher profits.
Unlock Long-Term Profitability: The global infrastructure boom guarantees steady demand for asphalt, ensuring long-term profitability.
Gain a Competitive Edge: A modern asphalt mixer plant enhances your production efficiency, allowing you to meet the increasing demand for high-quality asphalt. By offering consistent, high-standard products, your business will have a clear advantage in the market.
Expand Production Capabilities: The scalability of modern aggregate industries asphalt plants allows you to increase production capacity as demand grows. This flexibility ensures your asphalt mixer plant can handle higher volumes while maintaining operational efficiency.
Now is the perfect time to secure your market position, reduce costs, and enhance your production capabilities with a high-performance asphalt mixer plant. This strategic investment will allow you to capitalize on the growing demand for sustainable paving solutions, positioning your business for long-term success in a rapidly expanding market.
Asphalt Plant Market 2024–2033: What Road Builders Need to Know
The demand for asphalt mixing plants is growing as more roads, highways, and city infrastructure projects take shape. From 2024 to 2033, the market is set to rise steadily — from USD 1.92 billion to USD 2.58 billion. For road and bridge contractors, this means more work ahead — and more need for reliable, efficient, and eco-friendly asphalt equipment.
Why It Matters to You
🚧 Infrastructure Boom: Governments in Asia-Pacific, the US, and beyond are investing heavily in roads and bridges. If you’re in construction, demand for asphalt will keep rising — meaning now is a good time to invest in mixing equipment.
🌍 Sustainability = Future-Proofing: Plants that use recycled asphalt (RAP) and energy-saving tech cut emissions by up to 20% — aligning with global green standards and saving long-term costs.
🏙️ Urbanization Surge: By 2050, 70% of the global population will live in cities. That means more roads, more maintenance, and more asphalt demand.
Which Plant Fits Your Project?
Ideal for small to medium projects — cost-effective and flexible.
240–320 t/h: Most popular for highway and urban builds — great balance of capacity and efficiency.
>320 t/h: Built for large-scale or multi-phase infrastructure works.
🔧 Batch Mix Plants are trending for their precision and mix variety — a smart choice when specs and quality matter.
Key Takeaways for Contractors
📈 Market is growing steadily — a safe, long-term investment.
♻️ Using RAP can cut emissions by 20% — cost-saving and eco-friendly.
Application Fields of Asphalt Mixtures Produced by Asphalt Mixing Plant
Did you know? From the asphalt road outside your home to airport runways, from park walkways to 10,000-ton ports – our asphalt mixing machine’s high-performance mixtures are quietly powering every journey in the city! Let’s see six golden application scenarios in the following!
High-Grade Road Construction
Highways: Modified asphalt (rut-resistant, high durability)
Urban arterial roads: Warm-mix asphalt (eco-friendly, noise-reducing, for dense areas)
Rural roads: Standard asphalt (cost-effective for low-traffic volumes)
Pothole repair: Hot recycled mix (seamless bonding with existing pavement)
Bridge decking: High-elasticity asphalt (adapts to steel structure deformation)
Smart Infrastructure Integration
Smart parking lots: Conductive asphalt (compatible with magnetic sensors)
Bus lanes: Fluorescent aggregate asphalt (nighttime visibility)
Speed control zones: Textured anti-skid asphalt (friction coefficient ≥0.7)
Asphalt Mixing Plant Running Videos for Producing High-quality Asphalt Aggregates
Around the world, AIMIX asphalt plants are not only satisfying customers, but also providing reliable solutions for road construction projects. Take a look at these reliable asphalt plant videos to learn more about how AIMIX asphalt plant models support and safeguard construction projects around the world. See the youtube asphalt plant in the following.
Stationary Batch Type Asphalt Plant
80 tons In The Philippines
Location: Luzon, Philippines
Project: Road Expansion and Rehabilitation Project
Utilizer: Local construction company
Capacity: 80 tons/hour
Fuel: Heavy oil/natural gas
Control System: Fully automated PLC control
Drying Drum: High efficiency drying drum
Burner: Energy saving and environmentally friendly burner
Drum Mix Asphalt Plant
40 tons in Bosnia and Herzegovina
Project type: Urban road construction and maintenance
Location: Sarajevo, Bosnia and Herzegovina
Project scope: Small and medium-sized road repair and maintenance works
Capacity: 40 tons/hour
Fuel: Diesel, Heavy Oil, Coal
Cold bins: 4
Drying drum: Diameter 1.2m, Length 5.2m
Mixing time: 45 seconds
Mobile Asphalt Plant
120 tons in Guatemala
Project: Guatemala National Highway Project
Location: Bangkok, Thailand
Project Type: Urban Road Maintenance
Project Size: Medium
Blending capacity: 60 tons/hour
Fuel Type: Light oil, heavy oil or natural gas
Asphalt storage: Integrated asphalt tanks to provide a steady supply of asphalt
Difference Between Asphalt Batch Mix Plant and Drum Mix Plant
Choosing the right asphalt mixing equipment is crucial to a project. Asphalt batch plants and asphalt drum mix plants each have their own asphalt mixing plant advantages, suitable for different production needs. This article will help you make an informed decision by comparing the difference between batch mix plant and drum mix plant. See the asphalt plant 3d model in the following!
Asphalt Batch Mix Plant
Comparison Dimension
Asphalt Drum Mix Plant
Batch mixing, precise blending per batch(45s)
Working Mode
Continuous mixing, materials constantly fed into the drum
40-400+ tons/hour
Production Capacity
20-200+ tons/hour
High precision, suitable for high-standard projects
Mixing Precision
Lower precision, suitable for general road construction
Separate drying and mixing units, improving material control.
Drying & Mixing System
Combined drying and mixing in a single drum, reducing footprint by 20-30%.
Wide range (70-2500 kg/h), high efficiency depending on production scale
Fuel Consumption
Fixed fuel consumption (13-15 kg/t), suitable for long-duration, large-scale production
Even and stable, suitable for high-grade projects
End Product Quality
Relatively stable quality, but not for high-standard projects
Adjustable recipes, adaptable to different material requirements
Production Flexibility
Suitable for large-scale, single-recipe production, less flexible
Complex structure with multiple systems, installation and commissioning require time
How to Start an Asphalt Plant Business: A Step-by-Step Guide for Success
Starting an asphalt plant business for sale requires strategic planning, compliance, and industry expertise. Here’s a concise, client-focused roadmap to ensure your venture thrives. Let’s learn how to open your own asphalt plant!
Conduct Market Research & Feasibility Study
Analyze Demand: Target regions with infrastructure growth (roads, housing, commercial projects). Use tools like IBISWorld or Statista for industry trends.
Funding Options: Explore loans (SBA), investors, or equipment leasing.
Key Permits: Obtain air quality permits, land-use approvals, and OSHA compliance.
Insurance: Liability, property, and workers’ compensation.
Choose Location & Equipment
Ideal Site: Near raw material suppliers (aggregate, bitumen) and highways for logistics. Avoid residential zones.
Equipment: Invest in a reliable asphalt mixer (batch/drum type). Top brands: AIMIX, Macroad.
Tech Integration: Use IoT sensors for real-time production monitoring.
Build Supply Chains & Partnerships
Raw Materials: Partner with bitumen suppliers (e.g., Shell, ExxonMobil) and aggregate quarries.
Logistics: Secure truck fleets or third-party transporters for timely delivery.
Hire & Train Skilled Staff
Key Roles: Asphalt plant operators, quality control engineers, safety officers.
Training: Certify teams in asphalt production (NAPA courses) and safety protocols.
Launch with Smart Marketing
Digital Presence: Optimize Google My Business, showcase projects on LinkedIn/YouTube.
B2B Outreach: Network with construction firms, government tenders, and contractors.
Sustainability Branding: Promote carbon-neutral mixes or RAP usage to win green projects.
Optimize Operations & Scale
Quality Control: Regular lab tests for mix consistency (ASTM standards).
Cost Reduction: Use predictive maintenance for equipment, negotiate bulk material rates.
Expand Services: Add asphalt recycling or pavement consulting for recurring revenue.
What We Offer: Global Asphalt Mixing Plant Services
We are committed to delivering top-quality Chinese asphalt mixing plants near me and related services to our global customers. As one of asphalt plant suppliers, our focus is to build trust and provide a seamless service experience. Below are the key services we offer:
Customer Needs Analysis
Consultation: We discuss your project needs to recommend the best equipment.
Tailored Solutions: We select the most suitable plant for your requirements.
Project Evaluation: We assess scope and specifications to ensure optimal choices.
Customized Design Plans
Bespoke Designs: We adapt plant designs to fit your unique project needs.
Efficient Configuration: Custom setups to match your operational requirements.
Optimization: Maximize production efficiency through design adjustments.
Installation and Coordination
On-Site Support: Our experts ensure smooth installation and setup.
Timely Delivery: Coordinating logistics for efficient installation.
Quality Control: Installation is done according to strict standards.
Commissioning and Training
System Testing: We ensure all functions are operating properly.
Operator Training: Staff training to operate and maintain equipment.
Support: Ongoing guidance to optimize bitumen plant near me performance.
Maintenance and Overhaul Services
Regular Inspections: Routine checks to prevent issues.
Extended Lifespan: Ongoing maintenance for long-term performance.
Spare Parts: 12-month warranty and fast access to replacements.
Global Market Service and Support
Worldwide Reach: Timely delivery and service across the globe.
Local Support: Regional teams for quick issue resolution.
Continuous Support: 24/7 technical assistance to ensure smooth operations.
More Asphalt Plant Projects Globally
ALQ-80 Batch Type in IndonesiaALQ-80 Batch Type in IndonesiaALQ-120 Batch Type in MalaysiaALQ-80 Batch Type in IndonesiaALQ-60 Batch Type in the PhilippinesALQ-80 Batch Type in RussiaALQ-60 Batch Type in KyrgyzstanALYQ-60 Batch Type in the Philippines
What Are the Components of Asphalt Mixing Plant?
Asphalt mixing plant is used to produce asphalt concrete, and its important asphalt plant components include cold aggregate supply system, drum dryer, fuel burning equipment, dust collector, hot aggregate elevator, vibrating screen, filler supply system, weighing and mixing system, and asphalt storage and supply system. Here is asphalt mixing plant layout in the following!
stationary asphalt plant components
Cold Aggregate Supply SystemAutomatically measures and feeds multiple aggregate sizes with one-click start/stop for easy operation.
Drum Dryer SystemDries aggregates to 160–200°C under flexible control modes (PC, touchscreen, buttons) ensuring steady output.
Burner SystemLow-emission fuel heating with IoT monitoring and automatic maintenance alerts for reliable performance.
Hot Aggregate ElevatorHeat-resistant elevator integrated into automated batching, delivering consistent flow.
Vibrating ScreenPrecisely separates aggregates, controlled intelligently for continuous, efficient screening.
Mineral Filler SystemAutomatically meters fine powders, synchronized with the batching process.
Weighing & Mixing SystemComputer-controlled precise batching and mixing for uniform asphalt quality.
Asphalt Storage & DeliveryMaintains temperature and pumps asphalt to the mixer, fully automated for efficient cycles.
How Does an Asphalt Mixing Plant Work?
An asphalt mixing plant is a production system that dries and heats aggregates, heats bitumen, meters the required materials, mixes them at controlled temperatures, removes dust, and delivers the finished asphalt mixture for road construction. Depending on the plant model, typical production capacity ranges from 10-400 t/h. The complete asphalt mixing process generally includes six stages: aggregate handling, drying and heating, asphalt treatment, mixing, screening and dust collection, and finished-product output.
1. Cold Aggregate Handling
Feeding System: Cold aggregates such as stone, sand, and other mineral materials are loaded into the cold aggregate bins and continuously fed into the drying system through a belt conveyor.
Purpose: The feeding system controls the quantity of each aggregate fraction entering the asphalt production process according to the selected mix design.
2. Aggregate Drying and Heating
Drying Drum: Cold aggregates enter the drying drum, where a burner supplies heat to remove moisture and raise the aggregate temperature.
Typical Aggregate Temperature: The heated aggregates typically reach 155-180°C, depending on the asphalt mix design and plant configuration.
Drying Time: The drying and heating process typically takes approximately 5-10 minutes, depending on aggregate moisture content, feed rate, and operating conditions.
Purpose: Removing excess moisture and reaching the required aggregate temperature prepares the material for accurate screening, weighing, and mixing.
3. Bitumen Heating and Treatment
Heating System: Bitumen is stored in a heated asphalt tank and maintained at a controlled temperature to keep it sufficiently fluid for accurate metering and mixing.
Typical Bitumen Temperature: The asphalt binder is commonly heated to approximately 140-160°C, depending on the binder type and mix requirements.
Purpose: Proper bitumen temperature allows the binder to flow consistently and coat the heated aggregate evenly during the mixing stage.
4. Asphalt Mixing
Material Mixing: Heated aggregates, mineral filler, and heated bitumen are accurately proportioned and combined in the asphalt mixer.
Mixing Time: The materials are typically mixed for approximately 30-60 seconds, depending on the plant model, mix design, and required mixing quality.
Mixing Result: The mixing process produces a uniform asphalt mixture with the required aggregate gradation, binder content, and temperature.
Production Capacity: Depending on the asphalt mixing plant model, production capacity can range from approximately 10-400 t/h.
5. Screening and Dust Collection
Screening System: In batch-type asphalt plants, heated aggregates are screened into different size fractions before accurate weighing and mixing, helping the final mixture meet the required aggregate gradation.
Dust Collection: Dust generated during aggregate drying and handling is captured by the plant’s dust collection system. Depending on the selected configuration, the dust collection or recovery efficiency can reach up to 99%.
Dust Recovery: Recovered mineral dust can be returned to the production process when permitted by the mix design and plant configuration.
6. Finished Asphalt Mixture Output
Finished Product: After mixing, the finished asphalt mixture is discharged from the mixer and transferred to a storage silo or directly loaded for transportation.
Storage: Storage silos help maintain the required material temperature and provide a buffer between asphalt production and truck loading.
Delivery: The finished asphalt mixture can then be transported to the road construction site for paving and compaction.
How to Carry Out Daily Repair and Maintenance of Asphalt Plant Model
An asphalt mixing plant is a large machinery and equipment that requires frequent maintenance and servicing to ensure its normal operation and extend its service life. Therefore, it’s essential to know common problems and solutions of asphalt mixing stations. The following are recommendations for the daily maintenance and servicing of the asphalt mixing plant.
Lubrication System Maintenance
Regularly check oil levels in key components such as reducers and bearings
Replace gear oil every 500 operating hours (Use #220 for summer, #150 for winter)
Weekly high-temperature grease lubrication (≥200°C resistant) for mixer shaft ends
Wear Parts Replacement Management
Inspect vibrating screen mesh every 3 months (replace immediately if hole deformation exceeds 5%)
Clean burner nozzles quarterly and replace if severely worn
Replace mixing blades in sets when wear reaches 1/3 of original thickness
Cleaning Procedures
Remove residual asphalt from mixer daily (use specialized cleaning agents)
Clean baghouse filter cartridges weekly (reverse air blow cleaning)
Clear accumulated materials under aggregate conveyor belts after each shift
Transmission System Inspection
Daily check of motor belt tension (optimal deflection: 10-15mm)
Monthly measurement of chain elongation (adjust if exceeding 3%)
Replace coupling buffer pads every 6 months
Heating System Maintenance
Monthly thermal oil acidity test (replace if pH
Daily inspection of flame sensor sensitivity
Annual inspection of dryer drum insulation (full replacement if damage >20%)
Electrical System Maintenance
Weekly tightening of terminal connections (focus on high-current contactors)
Monthly calibration of temperature/pressure sensors (±1% tolerance)
Recommended implementation of Preventive Maintenance System (PMS) for smart maintenance
(This plan applies to both batch and continuous asphalt plants, with adjustable intervals based on actual working conditions. Get to buy our asphalt plant and get the asphalt mixing plant pdf for free!)
Frequently Asked Questions About Asphalt Mixing Plants
These FAQs answer common questions about asphalt mixing plant quality, reliability, cost, environmental performance, energy efficiency, installation, and commissioning. Each answer focuses on a specific purchasing or operating concern so the information can be evaluated independently.
How Can I Ensure Consistent Asphalt Mixture Quality?
An asphalt mixing plant maintains mixture quality through accurate aggregate and bitumen metering, automated proportioning, controlled mixing, and temperature monitoring. Batch-type plants can achieve weighing accuracy of approximately ±0.5% for aggregates and ±0.25% for asphalt, depending on the plant configuration and weighing system.
How Reliable and Durable Is an Asphalt Mixing Plant?
An asphalt mixing plant is designed for continuous production under demanding road construction conditions. Reliability depends on equipment design, component quality, operating conditions, preventive maintenance, and timely replacement of wear parts; regular inspection and maintenance help maintain stable production throughout the plant lifecycle.
What Determines the ROI of an Asphalt Mixing Plant?
The ROI of an asphalt mixing plant mainly depends on plant price, production capacity, asphalt selling or contract value, fuel and labor costs, maintenance expenses, utilization rate, and project duration. A plant with the right capacity can improve ROI by reducing idle time and matching asphalt production closely with actual project demand.
How Can I Reduce Asphalt Production Costs Without Sacrificing Quality?
Production costs can be reduced by selecting the correct plant capacity, controlling aggregate moisture, optimizing the mix design, improving thermal efficiency, and maintaining burners, filters, conveyors, and mixers on schedule. Energy-efficient systems such as heat recovery can further reduce fuel consumption while maintaining the required asphalt temperature and mixture quality.
What Is an Asphalt Mixing Plant?
An asphalt mixing plant is an industrial production system that heats and dries aggregates, heats bitumen, meters the required materials, mixes them at controlled proportions and temperatures, and produces hot mix asphalt for road construction. Asphalt mixing plants are available in different configurations and capacities to meet highway, municipal road, maintenance, and other paving requirements.
How Does an Asphalt Mixing Plant Meet Environmental Requirements?
An asphalt mixing plant controls emissions through enclosed material handling, dust collection, and exhaust-gas treatment systems. Depending on the plant configuration, a multi-stage dust collection system can achieve dust emissions below 20 mg/m³, while appropriate burner and exhaust-treatment systems help control combustion emissions and odors.
How Energy Efficient Is an Asphalt Mixing Plant?
Asphalt plant energy consumption mainly depends on aggregate moisture, required heating temperature, production rate, burner efficiency, insulation, and heat recovery. A heat recovery system can reuse energy from exhaust gases to reduce fuel consumption, while optimized burner control helps maintain the required aggregate and asphalt temperatures without unnecessary energy use.
Why Do Asphalt Plants Use Multiple Storage Silos?
Multiple asphalt storage silos provide temporary storage capacity between production and truck loading and allow different asphalt mixtures to be stored separately. They can improve loading efficiency, reduce production interruptions, maintain product separation, and provide operational backup when one silo is being serviced.
How Do You Install an Asphalt Mixing Plant?
Prepare the Site: Provide a level, stable foundation area with sufficient space for equipment installation, material handling, truck movement, and maintenance.
Build the Foundation: Construct the foundation according to the manufacturer’s drawings and required load, vibration, and anchoring specifications.
Transport and Unload Equipment: Use suitable transport and lifting equipment according to the dimensions and weight of each plant component.
Install the Main Units: Position the main plant components on the foundation and verify alignment, leveling, and secure connections.
Install Auxiliary Equipment: Connect cold aggregate bins, hot aggregate bins, burners, conveyors, storage systems, dust collectors, and other auxiliary equipment according to the installation drawings.
Complete Electrical Connections: Connect the power supply, sensors, control cabinet, motors, and safety systems according to the electrical schematics.
Connect Pipelines and Ducts: Install fuel, asphalt, air, dust, and exhaust connections and check all joints for proper sealing.
Commission the Plant: Complete no-load and loaded testing, verify temperatures, material feeding, weighing, mixing, dust collection, and safety functions before regular production.
How Do You Perform a Running Test After Asphalt Plant Installation?
After installation, an asphalt mixing plant should be tested progressively from individual components to the complete production system. A standard running test includes the following six stages:
Initial Inspection: Check mechanical connections, electrical wiring, lubrication points, safety devices, and major components before startup.
Power-Up Test: Start the main electrical and control systems and verify that sensors, alarms, and control functions operate normally.
Dry Run: Run conveyors, feeders, mixers, burners, and other mechanical components without production material to check rotation, vibration, noise, and interlocks.
Cold Material Test: Feed aggregates through the system to verify feeding, conveying, screening, and drying functions.
Hot Production Test: Run the plant with heated aggregates and bitumen while checking material temperatures, weighing accuracy, mixing performance, and finished-mixture consistency.
Final Acceptance Check: Record test results, correct abnormalities, verify safety functions, and confirm that the plant is ready for regular production.
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What Else Should You Know About Asphalt Mixing Plants?
An asphalt mixing plant is only one part of a much broader asphalt production landscape. Behind every plant are different project requirements, production challenges, technologies, applications, and industry developments that shape how asphalt is produced and used. If you want to understand more than the equipment itself, explore the resources below for practical information and fresh perspectives on asphalt production.
Interested in a China asphalt mixing plant? Contact us today for more details and a customized solution. We offer top-quality equipment at competitive prices, with expert advice to help you get the best value. Don’t miss out on the opportunity to optimize your asphalt production!
