Selbstladender Betonmischer
SinoTech Lutons selbstladender Betonmischer – eine Revolution in der Bau-Effizienz. Mit seiner automatisierten Lade-Funktion reduziert er den Personaleinsatz, steigert die Produktivität und gewährleistet bei jedem Mal eine perfekte Mischung.
Hier sind die wichtigsten Modelle, die wir verkaufen:
1,2–6,5 m³ selbstladender Betonmischer
1,2–2,0 m³ selbstladender Pan-Mischer
Wählen Sie unseren selbstladenden Betonmischer für Ihre Bauvorhaben – ein Beweis unserer unerschütterlichen Hingabe zu Qualität und Innovation.
Jetzt kostenloses Angebot anfordern!
Selbstlademischer
Der selbstladende Zementmischer ist eine vielseitige Maschine, die sowohl für städtische als auch für ländliche Bauprojekte unverzichtbar ist. Mit der Modernisierung der Gesellschaften steigt ihre Nachfrage stetig – sie unterstützt sämtliche Vorhaben, von Wohngebäuden und Straßenbau bis hin zu städtischen Infrastrukturprojekten und Instandhaltungsarbeiten. Im Grunde genommen ist unser selbstladender Mischer überall dort unverzichtbar, wo Entwicklung stattfindet.
Entleerung Kapazität:
1,2–6,5 m³
Leistung / Kapazität:
5–30 m³/h
Was ist ein selbstladender Mischer?
Ein selbstladender Mischer, auch selbstladender Betonmischer oder selbstladender Transportmischer genannt, ist eine Baumaschine zur ortsnahen Herstellung und zum Transport von Beton. Er verfügt über eine integrierte Mischtrummel, die sich während des Beladens mit Materialien dreht und mischt – so entfällt die Notwendigkeit separater Betonmisch- und Transporteinheiten.
Hier sind einige wesentliche Merkmale und Funktionen eines selbstladenden Mischers:
- Mischtrummel: Ein selbstladender Mischer ist mit einer rotierenden Mischtrummel oder einem trommelförmigen Behälter ausgestattet. Die Trommel enthält innen Schaufeln oder Rippen, die eine gleichmäßige Durchmischung der Betonbestandteile sicherstellen.
- Selbstlade-Funktion: Das besondere Merkmal eines selbstladenden Mischers ist seine Fähigkeit, die Rohstoffe (Zement, Gesteinskörnung, Wasser und Zusatzmittel) eigenständig in die Mischtrummel einzuladen. Dazu verfügt er über einen eingebauten Ladeeimer, der sich typischerweise an der Fahrzeugfront befindet und das Aufsammeln sowie Einladen der Materialien ermöglicht.
- Mischsteuerung: Der Mischvorgang bei einem selbstladenden Mischer erfolgt meist automatisch oder halbautomatisch. Er verfügt über Steuerelemente, mit denen der Bediener Zeit, Drehzahl und Drehrichtung der Trommel für optimale Mischergebnisse einstellen kann.
- Mobilität: Selbstladende Mischer sind mobil und vielseitig konzipiert. Sie werden auf Lastwagen oder schweren Fahrgestellen montiert, wodurch sie problemlos zu verschiedenen Baustellen transportiert werden können. Einige Modelle verfügen zudem über Allradantrieb für verbesserte Manövrierfähigkeit in schwierigem Gelände.
- Chargenkapazität: Die Chargenkapazität eines selbstladenden Mischers variiert je nach Modell und Konstruktion. Sie sind in unterschiedlichen Größen erhältlich – üblicherweise zwischen 1 und 4 Kubikmetern; größere Modelle kommen bei hochgradig nachgefragten Bauprojekten zum Einsatz.
- Zusatzfunktionen: Viele selbstladende Mischer sind mit zusätzlichen Funktionen ausgestattet, um Effizienz und Produktivität zu steigern. Dazu zählen beispielsweise ein Wasservorratsbehälter, ein Ladeschaufel, ein Hydrauliksystem, eine ergonomisch gestaltete Fahrerkabine sowie eine Entleerungsrinne für kontrolliertes Ausgießen des Betons.
Der Einsatz selbstladender Mischer bietet zahlreiche Vorteile bei Bauprojekten: geringerer Personaleinsatz, höhere Effizienz, Kosteneinsparungen sowie verbesserte Flexibilität bei der ortsnahen Betonherstellung. Sie werden häufig beim Straßenbau, beim Fundamentbau, auf abgelegenen Baustellen sowie bei kleineren bis mittleren Bauprojekten eingesetzt.
Aktuell stark nachgefragte selbstladende Mischermodelle
SinoTech Luton präsentiert den selbstladenden Betonmischer – eine bahnbrechende Lösung, entwickelt, um die Bauindustrie zu transformieren. Diese hochmoderne Maschine steht für Effizienz, Präzision und Zuverlässigkeit.
Derzeit bieten wir zwei Arten selbstladender Betonmischfahrzeuge zum Verkauf an, darunter:
1,2–6,5 m³ trommelförmiger mobiler selbstladender Betonmischfahrzeug,
1,2–2,0 m³ Pan-Mischer mobiler selbstladender Betonmischer
Jeder selbstladende Mischer von SinoTech Luton ist für höchste Mobilität und höchste Qualitätsstandards konzipiert. Durch Reduzierung des manuellen Eingriffs und Steigerung der Produktivität bieten diese Mischer entscheidende Vorteile und sind somit ein wertvoller Bestandteil moderner Bauvorhaben.
Trommelförmiger selbstladender Betonmischer
Modelle:
STLTG-1,2 ~ STLTG-6,5
Entleerung Kapazität:
1,2 m³ – 6,5 m³
Leistungskapazität:
5 – 30 m³/h
These versatile machines, designed for autonomous production and transportation of concrete, can be utilized in a wide range of environments – from urban infrastructure projects to rural development.
A standout feature is their ability to discharge concrete at 270 degrees, ensuring seamless operation in various site conditions. The self-loading design not only saves time and labor but also improves the precision of concrete mixing.
Empfohlene Modelle:
STLTG-6.5 Self Loading Mixer For Large Projects
STLTG-3.5 Self Loading Mixer For A Cost-effective Choice
STLTG-1.2 Self Loading Mixer
Discharge Capacity: 1.2m³
Output / Capacity: 5-10m³/h
STLTG-1.8 Self Loading Mixer
Discharge Capacity: 1.8m³
Output / Capacity: 8-12m³/h
STLTG-2.0 Self Loading Mixer
Discharge Capacity: 2.0m³
Output / Capacity: 10m³/h
STLTG-2.6 Self Loading Mixer
Discharge Capacity: 2.6m³
Output / Capacity: 11-17m³/h
STLTG-3.5 Self Loading Mixer
Discharge Capacity: 3.5m³
Output / Capacity: 14-18m³/h
STLTG-4.0 Self Loading Mixer
Discharge Capacity: 4.0m³
Output / Capacity: 16-20m³/h
STLTG-5.5 Self Loading Mixer
Discharge Capacity: 5.5m³
Output / Capacity: 22-25m³/h
STLTG-6.5 Self Loading Mixer
Discharge Capacity: 6.5m³
Output / Capacity: 26-30m³/h
Self Loading Pan Mixer
Modelle:
STLTGP-1.2 ~ STLTGP-2.0
Rated Power:
55-78kw
Drum Speed (R/M):
8-20
The self-loading pan mixer is a versatile piece of machinery, designed to streamline various construction processes. Its unique feature lies in its ability to autonomously load, mix, and discharge materials, reducing manual labor and boosting efficiency.
This mixer is ideal for use in diverse environments such as small to medium construction sites, road building, and maintenance projects. The pan mixer’s key advantages include its compact design, high mixing quality, and the ability to handle multiple types of materials.
Empfohlene Modelle:
STLTGP-1.2 Self Loading Pan Mixer For Small Projects
STLTGP-2.0 Self Loading Pan Mixer For Large Projects
STLTGP-1.2 Self Loading Pan Mixer
Rated Power: 55-60kw
Gear: 4 forward 4 back
STLTGP-1.6 Self Loading Pan Mixer
Rated Power: 76-78kw
Gear: 4 forward 4 back
STLTGP-2,0-selbstladender Planmischer
Rated Power: 76-78kw
Gear: 4 forward 4 back
Self Loading Mixer Specifications
Detailed Specifications of Drum Type Self Loading Concrete Mixer Truck:
| Equipment Model | STLTG-1.2 | STLTG-1.8 | STLTG-2.0 | STLTG-2.6 | STLTG-3.5 | STLTG-4.0 | STLTG-5.5 | STLTG-6.5 |
| Discharge Capacity | 1.2m3 | 1.8m3 | 2m3 | 2.6m3 | 3.5m3 | 4m3 | 5.5m3 | 6.5m3 |
| Output/Capacity | 5~10m3/h | 8~12m3/h | 10m3/h | 11~17 m3/h | 14~18m3/h | 16~20m3/h | 22~25m3/h | 26~30m3/h |
| Engine Model | YUNNEI supercharged engine | Yuchai 4102 Turbo-charged | Yuchai 4105 Turbo-charged | Yuchai 4108 Turbo-charged | Yuchai Turbo-charged | Weichai deutz 6105 Pressure boost | ||
| Rated Power | 58KW | 78KW | 78KW | 78KW | 85KW | 91KW | 92KW~110KW | 92KW~110KW |
| Gear | 4 forward 4 back | 4 forward 4 back | 4 forward 4 back | 4 forward 4 back | 4 forward 4 back | 4 forward 4 back | 4 forward 4 back | 4 forward 4 back |
| Oil Tank | 16 liters | 16 liters | 16 liters | 16 liters | 16 liters | 16 liters | 16 liters | 16 liters |
| Water Tank | 400L | 500L | 500L | 500L | 780L | 850L | 1200L | 1465L |
| Water Supply | Time relay | Time relay | Time relay | Time relay | Time relay | Time relay | Time relay | Time relay |
| Overall dimensions(L*W*H) | 6400*2550*2450 | 7300*2650*3750 | 7300*2650*3750 | 7800*2720*3000 | 7800*2720*3300 | 8450*3100*4580 | 8450*3100*4580 | 8450*3050*3860 |
| Curb Weight (kg) | 4185 | 6500 | 6500 | 6500 | 7200 | 8500 | 11200 | 12520 |
| Drum Rotate | 270º | 270º | 270º | 270º | 270º | 270º | 270º | 290º |
Detailed Specifications of Self Loading Pan Mixer:
| Equipment Model | STLTGP-1.2 | STLTGP-1.6 | STLTGP-2.0 |
| Engine Model | CHANGFA490 TURBO-CHARGED | YUNNEI 4102 | YUNNEI 4102 |
| Rated Power | 55-60kw | 76-78kw | 76-78kw |
| Drum Speed (R/M) | 8-20 | 8-20 | 8-20 |
| Gear Box Model | ZL-265 power shift gearbbox | ZL-265 power shift gearbbox | ZL-265 power shift gearbbox |
| Gear | 4 forward 4 back | 4 forward 4 back | 4 forward 4 back |
| Total Hydraulic System Capacity | 60 liters | 60 liters | 60 liters |
| Oil Tank | 16 liters | 16 liters | 16 liters |
| Water Tank | 550L | 550L | 550L |
| Water Supply | Time relay | Time relay | Time relay |
| Overall Dimensions(L*W*H) | 4750*2750*1870 | 4950*2950*1870 | 5500*2100*2900 |
| Wheelbase (mm) | 2900 | 2900 | 2900 |
| Curb Weight (kg) | 4000 | 4000 | 4000 |
| Drive Form | Torque converter | Torque converter | Torque converter |
| Max.Speed (km/h) | 30 | 30 | 30 |
| Maximum Grade | 30º | 30º | 30º |
| Maximum Turning Radius (mm) | 5300 | 5300 | 5300 |
| Minimum Ground Clearance (mm) | 380 | 380 | 380 |
. Features
The Advantages of Our Self Loading Mixer Truck
The mixer sits atop a sturdy chassis that provides support and houses a powerful engine. This engine not only powers the machine but also ensures its continuous operation;
The mixing drum, driven by the robust engine, facilitates rapid and high-quality mixing. The mixer, akin to the SICOMA twin shaft concrete mixer, also boasts a large output and excellent uniformity, enhancing productivity;
The hydraulic system is the heart of the material discharge process. Its widespread application is due to its high-speed discharging capability, significantly reducing construction costs;
The independent water supply system ensures a steady water supply, maintaining the machine’s smooth operation;
Despite its compact operating room, the mixer achieves an optimal working process. Its appealing design and efficient structure ensure all components work in harmony, promoting efficient operation.
Self Loading Mixer Price
| Model | Price Range |
| 1.2m³ Mobile Self Loader Mixer | $10,000 – $20,000 |
| 1.8m³ Mobile Self Loader Mixer | $15,000 – $25,000 |
| 2.0m³ Mobile Self Loader Mixer | $20,000 – $30,000 |
| 2.6m³ Mobile Self Loader Mixer | $20,000 – $35,000 |
| 3.5m³ Mobile Self Loader Mixer | $28,500 – $32,500 |
| 4.0m³ Mobile Self Loader Mixer | $30,000 – $40,000 |
| 5.5m³ Mobile Self Loader Mixer | $51,300 – $53,500 |
| 6.5m³ Mobile Self Loader Mixer | $60,000 – $70,000 |
Our self-loading mixer prices listed are indicative and provide a ballpark figure for your budgeting needs.
The final cost of your self-loading mixer can vary depending on several factors. These include the mixer’s capacity, the complexity of its hydraulic system, the type of materials used in construction, and any additional features or customizations you may require.
At our company, we understand that each project has unique needs. That’s why we offer a comprehensive customization service, allowing you to tailor your self-loading mixer to your specific requirements. This ensures you only pay for the features that you truly need, providing value for your investment.
Self Loading Mixer VS Concrete Mixer
A self-loading mixer and a concrete mixer are both types of construction equipment used for the production and transportation of concrete. However, there are some key differences between the two:
Loading Capability: A concrete mixer requires separate manual loading of the raw materials (cement, aggregates, water, and additives) into the mixing drum. On the other hand, a self-loading mixer has a built-in loading bucket or mechanism that can automatically load the materials into the mixing drum. This self-loading feature eliminates the need for additional equipment or manual labor to load the materials.
Mixing Process: In a concrete mixer, the mixing process is typically powered by a motor connected to the mixing drum. The operator controls the mixing time, speed, and direction. In a self-loading mixer, the mixing process takes place inside the rotating mixing drum, but it is usually automated or semi-automated. The operator sets the desired mixing parameters, and the mixer takes care of the mixing process.
Mobilität: Both concrete mixers and self-loading mixers can be mounted on trucks or other heavy-duty chassis. However, self-loading mixers are specifically designed to be highly mobile. They often have features like four-wheel drive capabilities or enhanced maneuverability to access remote job sites or navigate challenging terrains.
Automation and Efficiency: Self-loading mixers are generally more automated and efficient compared to traditional concrete mixers. The self-loading capability reduces the need for manual labor and additional equipment, saving time and resources. Self-loading mixers can also offer more precise control over the mixing process, resulting in consistent and high-quality concrete production.
Overall, the main advantage of a self-loading mixer over a traditional concrete mixer is its ability to load the raw materials automatically, eliminating the need for manual loading and additional equipment.
This feature makes self-loading mixers more efficient, convenient, and suitable for projects where on-site concrete production is required. However, traditional concrete mixers may still be preferred for smaller projects or situations where the self-loading capability is not necessary.
6 Types of Self Loading Mixer
There are various types of self-loading mixers available in the market, each designed to suit specific construction needs. Here are some common types:
Self-Loading Concrete Mixer Truck: This type of self-loading mixer is mounted on a truck chassis. It combines the features of a concrete mixer and a loading bucket, allowing the operator to load, mix, and transport the concrete on the same vehicle. These trucks come in different sizes and can have varying batch capacities.
Self-Loading Concrete Mixer Drum: This type of self-loading mixer features a rotating mixing drum, similar to a traditional concrete mixer. It is designed to be mounted on a heavy-duty vehicle or a stationary platform. The operator can load the raw materials using a loading bucket or a conveyor belt system, and the mixer will handle the mixing process.
Self-Loading Batching Plant: This type of self-loading mixer is a fully automated plant that combines the storage, weighing, batching, and mixing of concrete ingredients. It is typically used for large-scale construction projects where there is a continuous need for high-volume concrete production. These plants often have multiple storage hoppers, conveyors, and mixing units.
Self-Loading Mortar Mixer: This type of self-loading mixer is specifically designed for the production and transportation of mortar. It has a smaller batch capacity compared to concrete mixers and is commonly used for applications such as plastering, masonry, and tile adhesive mixing.
Self-Loading Volumetric Mixer: This type of self-loading mixer operates on a volumetric mixing principle. It allows for precise control and adjustment of the concrete mix design on-site. These mixers typically have separate compartments for cement, aggregates, water, and additives, which are accurately measured and mixed to produce the desired concrete.
Self-Loading Continuous Mixer: This type of self-loading mixer is designed for continuous mixing and delivery of concrete. It continuously mixes concrete while being loaded with fresh materials, eliminating the need for batching and waiting for the next batch to be prepared. These mixers are commonly used for applications requiring a constant and uninterrupted supply of concrete.
It’s important to note that the availability of specific types of self-loading mixers may vary depending on the region and the manufacturer. The choice of the appropriate self-loading mixer type depends on factors such as project requirements, batch capacity, mobility, and efficiency needs.
Capacity of Self Loading Concrete Mixer
The capacity of self-loading concrete mixers can vary depending on the model and manufacturer. Generally, the capacity is measured in terms of the batch size, which refers to the amount of concrete that can be mixed in a single operation.
Self-loading concrete mixers can have a range of batch capacities, typically ranging from 1 cubic meter (approximately 1.3 cubic yards) to 6 cubic meters (approximately 7.8 cubic yards). However, some models may have even larger capacities.
It’s important to note that the actual capacity of a self-loading concrete mixer also depends on factors such as the design of the mixing drum, the type of materials being used, and the consistency of the concrete mix. The manufacturer’s specifications for each specific model should be consulted to determine the exact capacity.
Benefits of Self Loading Concrete Mixer
There are several advantages to using a self-loading mixer for concrete production:
Convenience and Efficiency: One of the primary advantages of a self-loading mixer is its ability to automatically load the raw materials, such as cement, aggregates, water, and additives, into the mixing drum. This eliminates the need for manual loading or additional equipment, saving time and labor on the construction site.
Versatility and Mobility: Self-loading mixers are designed to be highly mobile and can be easily transported to different job sites. They are often mounted on trucks or other heavy-duty chassis, allowing for easy maneuverability. This versatility enables on-site concrete production in remote locations or areas with limited access.
Time Savings: The integration of a loading bucket or mechanism in a self-loading mixer significantly reduces the time required for material loading, mixing, and transportation. The operator can control the entire process from a single machine, eliminating the need for multiple equipment and reducing overall project time.
Cost Savings: By eliminating the need for additional equipment or manual labor for material loading, a self-loading mixer can help reduce construction costs. Moreover, the precise control over the mixing process ensures efficient use of raw materials, minimizing waste and optimizing cost-effectiveness.
Consistent Quality: Self-loading mixers often come equipped with automated or semi-automated controls for the mixing process. This ensures consistent and uniform mixing of the concrete throughout the batch, resulting in higher-quality concrete with reliable mechanical properties.
User-Friendly Operation: Self-loading mixers are designed for ease of use and operator convenience. They often feature ergonomic controls, clear display panels, and intuitive interfaces, making them accessible to operators with varying levels of experience.
Overall, the advantages of self-loading mixers make them suitable for a wide range of construction projects. Their convenience, efficiency, and ability to produce high-quality concrete on-site contribute to increased productivity, reduced costs, and improved project timelines.
When Do You Need Self Loading Concrete Mixer?
A self-loading mixer can be beneficial in various scenarios, including:
Remote Construction Sites: When working in remote locations where access to concrete batching plants or ready-mix trucks is limited, a self-loading mixer becomes essential. It allows contractors to produce concrete on-site without the need for transportation or relying on external suppliers.
Small to Medium-Scale Projects: Self-loading mixers are ideal for small to medium-scale construction projects, such as residential buildings, small commercial structures, or renovation works. They provide the convenience of producing concrete on-demand, eliminating the need for excessive manual labor or investing in large-scale batching plants.
Time-Sensitive Projects: Projects with tight timelines can benefit from self-loading mixers. The ability to load, mix, and transport concrete in a single unit significantly reduces overall project time. Contractors can produce concrete as needed, avoiding delays caused by waiting for deliveries from external suppliers.
Limited Space or Access Constraints: Construction sites with limited space or restricted accessibility may face challenges with traditional concrete mixing methods. Self-loading mixers offer mobility and maneuverability, allowing operators to navigate through tight spaces and reach areas where larger trucks or equipment might not be able to access.
Custom Concrete Mixing Requirements: Self-loading mixers provide flexibility in adjusting the concrete mix to meet specific project requirements. The operator can control the mix proportions and make on-site modifications, ensuring the desired quality, strength, and consistency of the concrete.
Cost Efficiency: In projects where the demand for concrete fluctuates or is intermittent, investing in a self-loading mixer can be cost-effective. Contractors can avoid unnecessary expenses associated with hiring external suppliers for smaller quantities or frequently changing concrete requirements.
It’s important to assess the specific needs and constraints of a construction project to determine whether a self-loading mixer is the most suitable solution. Factors such as project scale, location, timeline, and logistical considerations will help determine if the benefits of a self-loading mixer align with the project requirements.
Other Equipment You May Need
26
Models
31
Models
19
Models
7
Models
9
Models
Capacity: 40-320t/h
Capacity: 25-240m³/h
Capacity: 30-88m³/h
Rated Power: 36.8-110kw
Capacity: 3-10ton
Global Cases
STLTG-1.8 Self Loading Mixer In Indonesia
STLTG-2.6 Self Loading Mixer In Russia
STLTG-5.5 Self Loading Mixer in Malaysia
STLTG-6.5 Self Loading Mixer In Uganda
. Certifications
Our Certifications
