Portable asphalt plants offer foundation-free setup, containerized shipping, and towable mobility for fast, efficient hot-mix production anywhere. As global road construction shifts toward pavement maintenance and short-term regional projects, traditional fixed asphalt plants are simply too expensive to build and slow to relocate. To solve these challenges, AIMIX offers flexible asphalt production solutions helping you eliminate heavy civil costs, move seamlessly between sites, and maximize project ROI.
With hundreds of successful installations across Asia, Africa, Latin America, and the Middle East, AIMIX portable asphalt plants have earned widespread recognition from international contractors and government road authorities. Built to strict CE, ISO standards, our portable asphalt mixing plants consistently deliver rapid setup, zero-foundation convenience, and reliable hot-mix production—even under extreme climates and tough geographic conditions. Discover how our portable asphalt production equipment operates on real-world job sites around the globe:
Portable asphalt plants are best suited for projects where asphalt production needs to move with the construction work. They are ideal for remote locations, temporary projects, multi-site construction, and sites with limited infrastructure. Their portable design allows contractors to transport, install, operate, and relocate the same asphalt plant as project requirements change.
Remote roads, mining areas, energy projects, and islands may have limited access to commercial asphalt supplies. Portable asphalt plants enable on-site hot-mix production, reducing long-distance transportation, temperature loss, and supply delays.
Road construction, rehabilitation, and maintenance projects may require asphalt production at different locations. Portable asphalt plants support easy transportation and repeated relocation, allowing reusing the same plant across multiple project sites.
Temporary worksites, undeveloped areas, and locations where permanent construction is impractical can benefit from portable asphalt plants. Their foundation-free or reduced-foundation design simplifies site preparation and reduces permanent infrastructure requirements.
Selecting the ideal portable asphalt mixing plant for sale depends on your capacity needs, asphalt recipe specs, and required relocation frequency. AIMIX provides three dedicated portable asphalt plants (ALYQ, ALYT, and ALB Series) engineered with foundation-free structures and rapid-relocation capabilities to ensure immediate ROI on flexible job sites.
Core Portable Features:
Core Portable Features:
Core Portable Features:
After comparing the three portable asphalt plant types, the next step is to check their models, production capacity, and key specifications. The tables below provide detailed data for each series, helping you compare available configurations and select a portable asphalt plant for sale that matches your required output and project conditions.
| Model | ALYQ60 | ALYQ80 | ALYQ100 | ALYQ120 | ALYQ160 |
|---|---|---|---|---|---|
| Capacity | 60TPH | 80TPH | 100TPH | 120TPH | 160TPH |
| Mixer capacity | 800kg | 1200kg | 1300kg | 1700kg | 2200kg |
| Mixing cycle | 45s | 45s | 45s | 45s | 45s |
| Gasoline Power(kW) | 54 | 63.5 | 104.5 | 125 | 157.5 |
| Coal Power(kW) | 75 | 86.5 | 127.5 | 169 | 205 |
| filter area | 370㎡ | 420㎡ | 480㎡ | 510㎡ | 620㎡ |
| Model | ALYT20 | ALYT40 | ALYT60 | ALYT80 | ALYT100 | ALYT120 |
|---|---|---|---|---|---|---|
| Output | 20t/h | 45t/h | 60t/h | 80t/h | 100t/h | 120t/h |
| Power | 34kw | 65kw | 105kw | 135kw | 170kw | 200KW |
| Cold Aggregate Feeding System | 3.5m³×1 | 4m³×4 | 4m³×4 | 6.5m³×4 | 6.5m³×4 | 6.5m³×4 |
| Finihsed Asphalt Storage Bin | 2m³ | 2.5m³ | 4.5m³ | 5m³ | 7m³ | 7m³ |
| Asphalt Temperature | 120-180℃ | 120-180℃ | 120-180℃ | 120-180℃ | 120-180℃ | 120-180℃ |
| Fuel Consumption(Fuel Oil) | 5-7.5kg/t | 5-7.5kg/t | 5-7.5kg/t | 5-7.5kg/t | 5-7.5kg/t | 5-7.5kg/t |
| Fuel Consumption(Burning Coal) | 13-15kg/t | 13-15kg/t | 13-15kg/t | 13-15kg/t | 13-15kg/t | 13-15kg/t |
| Asphalt Tank | 10m³ | 20m³ | 30m³ | 30m³ | 35m³ | 35m³ |
| Option | bag dust collector / water dust collector | bag dust collector / water dust collector | bag dust collector / water dust collector | bag dust collector / water dust collector | bag dust collector / water dust collector | bag dust collector / water dust collector |
| Whole Plant Option | whole mobile / semi-mobile / fixed | whole mobile / semi-mobile / fixed | whole mobile / semi-mobile / fixed | whole mobile / semi-mobile / fixed | whole mobile / semi-mobile / fixed | whole mobile / semi-mobile / fixed |
| Model | 0.38-0.4 m³ | 0.5 m³ | 0.7 m³ | 1 m³ | 1.5 m³ | 2 m³ | 3 m³ (Dual Tank) |
|---|---|---|---|---|---|---|---|
| Chassis Type | Mini Trailer Tricycle | Mini Trailer Tricycle | 4-Wheel | 6-Wheel | 6-Wheel | 6-Wheel | 6-Wheel |
| Diesel Generator | Changchai Diesel Engine | Changchai Diesel Engine | Weifang Diesel Engine | Weifang Diesel Engine | Weifang Diesel Engine | Weifang Diesel Engine | Weifang Diesel Engine |
| Power Output | 12 kW | 12 kW | 30 kW | 30 kW | 30 kW | 30 kW | 30 kW |
| Main Burner | 200,000 kcal | 200,000 kcal | 400,000 kcal | 440,000 kcal | 440,000 kcal | 440,000 kcal | 440,000 kcal (2 units) |
| Secondary Burner | 200,000 kcal | 200,000 kcal | 200,000 kcal | 200,000 kcal | 210,000 kcal | 220,000 kcal | 220,000 kcal |
| Mixing Tank Temperature | 120-165℃(Adjustable) | 160-210℃(Adjustable) | 160-210℃(Adjustable) | 160-210℃(Adjustable) | 160-210℃(Adjustable) | 160-210℃(Adjustable) | 160-210℃(Adjustable) |
| Fuel Type | Diesel | Diesel | Diesel | Diesel | Diesel | Diesel | Diesel |
| Fuel Consumption | 2.5-5L per batch | 4-5L per batch | 4-5L per batch | 5-6L per batch | 6-7L per batch | 6-7L per batch | 8-10L per batch |
| Mixing Motor | 2.2 kW | 5.5 kW | 5.5 kW | 5.5 kW | 5.5 kW | 5.5 kW | 5.5 kW |
| Dust Removal System | / | Water Dust Removal | Water Dust Removal | Water Dust Removal | Water Dust Removal | Water Dust Removal | Water Dust Removal |
| Tank Capacity (m³) | 1 m³ | 1.75 m³ | 2.35 m³ | 3.25 m³ | 4.25 m³ | 5 m³ | 4.25 m³ * 2 |
| Mixing Volume (tons/m³) | 0.25 m³ / 0.5 tons | 0.5 m³ / 1 ton | 0.7 m³ / 1.4 tons | 1 m³ / 2 tons | 1.5 m³ / 3 tons | 2 m³ / 3 tons | 1.5 m³ / 3 tons (Dual Tank) |
| Production Time Per Batch | 10-15 min/batch | 10-15 min/batch | 10-15 min/batch | 10-15 min/batch | 10-15 min/batch | 10-15 min/batch | 10-15 min/batch (Dual Tank) |
| Production Capacity (T/h) | 2-3 T/h | 4-6 T/h | 5.6-8.4 T/h | 8-12 T/h | 12-15 T/h | 15-18 T/h | 18-20 T/h |
| Applications | Small road repairs, manhole repairs | Road repairs, courtyard paving | Road repairs, courtyard paving | Road repairs, courtyard paving | Road repairs, courtyard paving | Road repairs, courtyard paving | Road repairs, courtyard paving |
| Inverter | 380V-24V | 380V-24V | 380V-24V | 380V-24V | 380V-24V | 380V-24V | 380V-24V |
| Hot Melt Kettle Capacity | 200L | 400L | 400L | 500L | 500L | 500L | 500L |
| Vibration System / Air Pump (Slag Removal Device) | / | 0.1/8 type air pump (0.1 m³ flow) | 0.1/8 type air pump (0.1 m³ flow) | 0.1/8 type air pump (0.1 m³ flow) | 0.1/8 type air pump (0.1 m³ flow) | 0.1/8 type air pump (0.1 m³ flow) | 0.1/8 type air pump (0.1 m³ flow) |
| Material Ratio | 3%-5% oil-stone ratio (new material) | 3%-5% oil-stone ratio (new material) | 3%-5% oil-stone ratio (new material) | 3%-5% oil-stone ratio (new material) | 3%-5% oil-stone ratio (new material) | 3%-5% oil-stone ratio (new material) | 3%-5% oil-stone ratio (new material) |
| Automatic Loading Hopper | / | Hoist Bottom Discharge | Hoist Bottom Discharge | Hoist Bottom Discharge | Hoist Bottom Discharge | Hoist Bottom Discharge | / |
| Weight (Tons) | 1.8 T | 3.8 T | 4.2 T | 4.8 T | 5.6 T | 5.6 T | 6.5 T |
| Starting Method | Electric Control | Electric Control / Electric Start | Electric Control / Electric Start | Electric Control / Electric Start | Electric Control / Electric Start | Electric Control / Electric Start | Electric Control / Electric Start |
| Dimensions (LWH, mm) | 5200*1600*2000 | 5200*1600*2000 | 6000*2000*2750 | 6200*2300*2950 | 6600*2300*2950 | 6900*2300*3250 | 6600*3300*2950 |
| Material | Double-layer manganese plate (single layer thickness 5.75mm), rock wool insulation layer 5cm*6 | Double-layer manganese plate (single layer thickness 5.75mm), rock wool insulation layer 5cm*6 | Double-layer manganese plate (single layer thickness 5.75mm), rock wool insulation layer 5cm*6 | Double-layer manganese plate (single layer thickness 5.75mm), rock wool insulation layer 5cm*6 | Double-layer manganese plate (single layer thickness 5.75mm), rock wool insulation layer 5cm*6 | Double-layer manganese plate (single layer thickness 5.75mm), rock wool insulation layer 5cm*6 | Double-layer manganese plate (single layer thickness 5.75mm), rock wool insulation layer 5cm*6 |
Choosing a portable asphalt plant for sale should go beyond comparing maximum capacity or purchase price. Start with your actual production demand, then consider the production method, mix requirements, project duration, relocation needs, and site conditions to find the right configuration.
First, calculate the hourly asphalt production your project actually needs:
Required Capacity = Daily Asphalt Demand ÷ Effective Production Hours per Day
For example, a project requiring 640 tons per day with 8 effective production hours needs about 80 t/h. This does not mean you need a 160 t/h asphalt plant. The goal is to choose enough capacity for normal production without excessive unused capacity.
Important: The 60–120 t/h range overlaps between ALYT and ALYQ, so capacity alone cannot determine the final choice.
Once the capacity range is clear, determine how the asphalt needs to be produced.
Higher capacity is not always a better choice. If the project has consistently low asphalt demand, paying for unused production capacity may not be necessary.
How long you will use the portable asphalt plant with dust collector and whether it will serve multiple projects can also affect the value of a portable solution.
The required asphalt mix also affects the production configuration.
Before ordering, confirm that the selected asphalt mixing plant portable can be transported, installed, and operated under the actual project conditions.
After checking the above factors, use the following guidelines to narrow down the equipment choice:
The right portable asphalt plant is not necessarily the largest one. It should provide enough capacity for your actual demand while matching your production method, mix requirements, project duration, relocation plans, and site conditions.
A portable asphalt plant for remote projects requires a level, compacted surface with sufficient bearing capacity, adequate installation space, and stable support for safe operation. Compared with conventional stationary asphalt plants, its portable design can reduce permanent foundation work and simplify site preparation.
A heavy poured-concrete foundation is generally not required. The site should be graded and compacted to provide a minimum recommended ground bearing capacity of ≥150 kPa for stable equipment support.
A highly integrated portable design can reduce the required operational area by more than 40% compared with traditional equipment, making it suitable for narrow road shoulders and other space-constrained sites.
For muddy or loose soil conditions, 20 mm steel plates or precast concrete pads can be placed beneath the main support legs to distribute loads and improve ground stability.
Project stakeholders often worry that mobile, foundation-free asphalt plants sacrifice mix quality, struggle with harsh environments, or fail strict local codes. AIMIX solves this dilemma by integrating industrial-grade production power, advanced environmental controls, and climate-specific engineering directly onto a portable chassis. Here is how our engineering systems guarantee top-tier hot-mix output and flawless regulatory compliance on any job site worldwide:
ersatile multi-fuel burners paired with optimized heat-exchange drums. Integrated forced-draft blowers and precision air-to-fuel calibration prevent thermal output drops and fuel spikes in high-altitude regions like the Andes.
Gravity pre-separators combined with high-efficiency baghouse or water scrubbers to suppress particulate emissions well below international standards, guaranteeing strict environmental compliance in urban zones.
Independent high-precision load cells and frequency-controlled dosing maintain batching errors below 1%. Auto-pre-correction ensures mix gradations strictly meet global ASTM and EN specifications.
Automated dual-mode operation featuring remote monitoring and one-touch recipe switching. Sealed positive-pressure cabinets with IP65-grade protection withstand severe 50℃ desert sandstorms and coastal salt-fog.
Modern paving projects often face tight schedules, high relocation costs, and limited access to experienced installation personnel, making conventional stationary equipment more difficult to deploy efficiently. AIMIX portable asphalt plants address these challenges through a modular design that simplifies site preparation, transportation, installation, and operation.
Avoids the need for permanent concrete foundations required by many stationary plants, requiring only basic site grading and compaction to simplify site preparation and reduce project preparation time.
Uses modular portable asphalt plant components designed for efficient transportation, reducing specialized freight requirements and simplifying equipment transfer between project sites.
Uses factory pre-wiring and standardized plug-and-play connections to minimize complex on-site welding and reduce the installation work required from specialized technicians.
Maintains reliable production performance in a portable configuration, with smart metering systems and high-efficiency mixing technology designed to produce consistent asphalt mixtures for demanding road construction projects.
A portable asphalt plant can reduce project costs by lowering foundation, installation, relocation, and labor expenses. Compared with a conventional stationary plant, its modular and portable design can reduce upfront site work and make the same equipment easier to reuse across multiple projects.
| Cost Factor | Traditional Asphalt Plant | Portable Asphalt Plant | Potential Cost Impact |
|---|---|---|---|
| Foundation & Site Work | Permanent foundations and supporting infrastructure are normally required. | Basic site leveling and compaction can replace heavy permanent foundation work. | Foundation & installation costs can account for 5%–15% of portable asphalt plant cost. |
| Installation & Commissioning | More civil work, equipment assembly, wiring, and commissioning are required on site. | Modular components and pre-integrated systems simplify assembly and commissioning. | Industry examples: about 30 days → 7 days for installation. |
| Relocation Cost | Major dismantling, lifting, specialized transport, and reinstallation are required for relocation. | Modular components simplify transportation and repeated relocation between projects. | Industry reference: about 10%–15% → 3%–5% of equipment value per relocation. |
| On-Site Labor | More installation, wiring, commissioning, and operating labor may be required. | Pre-wired systems and automated controls reduce manual installation and operating work. | Automation can reduce operator requirements by up to 50%. |
| Transportation | Large stationary components may require specialized transportation and multiple transport units. | Modular portable components are designed for easier transportation and site transfer. | Typical asphalt plant transportation costs range from $5,000–$50,000, depending on distance and configuration. |
| Equipment Reuse | Equipment remains tied to one permanent production site, making project-to-project reuse more difficult. | The same plant can be transported and reused for temporary or multi-site projects. | One plant can serve multiple project locations, improving asset utilization. |
Note: Actual savings depend on plant capacity, site conditions, transportation distance, installation requirements, and project duration. The percentages and cost ranges above are reference values rather than guaranteed savings for every project.
Global road construction is moving beyond large-scale new projects toward a mix of new construction, maintenance, rehabilitation, and recycling. At the same time, asphalt projects are becoming more distributed, project-based, and flexible, increasing the need for asphalt plants that can be deployed, relocated, and reused efficiently. For contractors, choosing an asphalt plant is no longer only about production capacity and purchase price. Deployment time, site requirements, transportation costs, and multi-project reuse are also important factors.
As road networks mature, asphalt demand increasingly comes from road maintenance, rehabilitation, resurfacing, and upgrades—not only new road construction.
Compared with large new-build projects, maintenance and rehabilitation projects are often:
The OECD has tracked transport infrastructure investment and maintenance spending across countries since 1995, showing that road maintenance is a long-term part of infrastructure management rather than a one-time construction activity.
As road projects become more maintenance- and rehabilitation-focused, asphalt production also needs to adapt to changing project locations and schedules. Portable asphalt plants are therefore well suited to road maintenance, resurfacing, regional upgrades, and phased infrastructure projects.
As road, mining, energy, and infrastructure projects move into remote or less-developed areas, the distance between asphalt production and the jobsite becomes more important.
Remote roads, mining areas, islands, and mountainous regions can create additional supply challenges:
For projects where transportation distance affects cost and supply reliability, producing asphalt closer to the jobsite becomes more practical. Portable asphalt plants can be deployed closer to the work area, reducing reliance on long-distance delivery and allowing production to move when project locations change.
The growing use of reclaimed asphalt pavement (RAP) and warm mix asphalt (WMA) is making production flexibility more important for modern asphalt plants.
Today, asphalt projects increasingly consider:
In the U.S., about 101.4 million tons of RAP were recycled into new asphalt mixtures in 2024, with 99% put back to use. RAP also replaced about 96 million tons of virgin aggregate, generating an estimated $4.7 billion in material savings.
WMA has also become a significant part of asphalt production. FHWA reports that WMA can typically reduce fuel consumption by about 20%–35%, while production temperatures can be 30–120°F lower than traditional HMA.
Asphalt production is therefore becoming more flexible in terms of materials and processes. Portable modular asphalt plants can be configured for specific production requirements, mix designs, and local standards, depending on the hot mix plant model and project needs.
For temporary, phased, and short-term projects, the time and cost required to prepare and install an asphalt plant can directly affect project economics.
A conventional stationary asphalt plant may require:
Asphalt plant transportation can cost around $5,000–$50,000, depending on distance and configuration.
For shorter projects, reducing permanent foundation work and installation requirements can make a meaningful difference to overall project setup. Portable asphalt plants use modular structures and simplified site preparation, making them suitable for temporary road works, phased construction, and projects requiring faster deployment.
For contractors handling multiple road and infrastructure projects, the value of an asphalt plant increasingly depends on how many projects it can serve—not only where it is installed.
A plant permanently tied to one site may face limited use after a project ends. A portable asphalt plant can instead be:
Initial equipment investment can account for around 20%–30% of total project costs, while downtime and maintenance may add another 5%–15%.
This makes equipment reuse an important part of the overall investment decision. A portable asphalt plant can be moved from one completed project to the next, helping contractors turn a site-bound production asset into a project-reusable asset.
This is why portable asphalt plants for sale are increasingly suitable for road maintenance, remote infrastructure, temporary construction, multi-site projects, and contractors who need one plant to serve multiple projects.
Equipment quality is critical to stable asphalt production and reliable project operation. AIMIX follows a structured quality management approach to maintain equipment consistency from manufacturing to final delivery, giving overseas contractors greater confidence in portable asphalt plant performance.
AIMIX asphalt plants can be supplied with CE certification and supported by patented technologies. These provide documented support for equipment safety, technical design, and reliable production performance.
AIMIX selects qualified suppliers and inspects incoming raw materials before production. This helps control material quality at the source and maintain consistent equipment quality throughout manufacturing.
AIMIX conducts quality inspections throughout key stages before shipment. Checks cover materials, welding, coating, assembly, packing, and loading to verify equipment quality before delivery.
As one of experienced portable asphalt plant manufacturers, AIMIX supports overseas projects from solution planning to long-term equipment operation. For portable asphalt plants for sale, proper configuration, installation, technical support, and maintenance can all affect project progress and equipment utilization.
A portable asphalt plant needs to match the required capacity, site conditions, and construction needs. AIMIX can provide equipment selection, configuration recommendations, and customized solutions based on project requirements and working conditions.
Proper installation and operator training help the portable asphalt mixing plant move from delivery to stable production. AIMIX has 30+ overseas engineers who can provide on-site or remote training, installation guidance, commissioning, and basic operation support.
Timely technical support can help reduce troubleshooting time when equipment problems occur. AIMIX provides technical assistance through phone, video, and online communication, with on-site support available according to project and regional requirements.
Long-term operation requires reliable access to genuine spare parts and maintenance support. AIMIX has 50+ global accessories outlets for parts supply, while technical guidance helps customers select and replace components when maintenance is required.
Portable asphalt plants are suitable for contractors who need to deploy and reuse equipment at different project sites. Typical users include road construction, road maintenance, remote-area, and multi-project contractors. They are especially useful when the plant needs to move to another site after a project ends. Available portable models cover about 20–160 t/h, allowing contractors to select a capacity based on project size and daily asphalt demand.
Before buying, confirm the required capacity, project duration, relocation frequency, site conditions, mix requirements, and transport conditions. Capacity determines the plant size. Project duration and relocation frequency determine how important portability is. Site access, ground conditions, and transport routes also affect installation and relocation. For multi-project contractors, it is also important to compare installation, dismantling, and transportation costs, not only the purchase price.
A portable asphalt plant can be moved to another project and reused after the current project ends. This makes it suitable for contractors working on multiple road or infrastructure projects. One plant can serve different job sites over its service life. Mobile asphalt plants are also commonly used for multi-site projects, emergency road repairs, and temporary road construction.
A portable asphalt plant should normally be tested in four steps: installation inspection, no-load operation, system checks, and load testing. After installation, check the electrical connections, drive components, lubrication, and fasteners. Then run the plant without materials. Check for abnormal vibration, noise, or blockage. Once the system runs normally, gradually add materials for load testing. This helps identify installation or operating problems before full production.
Portable and mobile asphalt plants are not completely separate equipment categories. The two terms often overlap in the asphalt industry. Portable mainly emphasizes transportation, deployment, and reuse between projects. Mobile focuses more on the plant’s ability to move and relocate quickly. For example, the ALYQ series is classified as a mobile batch asphalt plant and features modular construction, quick relocation, and multi-site use. Therefore, buyers should compare relocation method, installation time, and project requirements, rather than relying only on the product name.
Every project has different production demands, site conditions, and relocation requirements. Send us your project details, including required capacity, asphalt mix, project location, working hours, and expected project duration. Our engineers will help you compare suitable portable asphalt plant options and recommend a practical configuration for your project. Leave a message today to get your portable asphalt plant recommendation and quotation.
