ბეტონის ტრეილერის პომპა
Our offer mobility, cost-effectiveness, versatility, increased productivity, ease of use, labor reduction, and improved safety, making them an advantageous choice for construction projects.
– Efficient and convenient concrete placement.
– Economical choice for small to medium-scale construction projects.
– Handle harsh or high-density materials
Rest assured, we are committed to your satisfaction and the successful completion of your construction projects.
მიიღეთ უფასო შეფასება ახლავე!
Trailer Concrete Pump
We offer a range of trailer-mounted concrete pumps to meet your construction needs. Our trailer-mounted concrete pumps provide a convenient and efficient solution for pouring concrete in various applications, including small to medium-sized construction projects.
მაქს. თეორიული ბეტონის გამოტაცა:
30–120 მ³/საათში
მაქს. თეორიული ჰორიზონტალური გადაცემის მანძილა
120 – 1200m
We offer 2 different concrete pump types:
Diesel Concrete Trailer Pump
ელექტრო ბეტონის ტრეილერული პომპა
What Is A Trailer Concrete Pump?
A concrete trailer pump, also known as a trailer-mounted concrete pump, towable concrete pump, is a type of equipment used in construction projects to transport and pump concrete from one location to another. It consists of a trailer chassis with a hydraulic system, a concrete pump unit, and a series of pipes and hoses.
The concrete trailer pump is typically towed by a truck or a vehicle with sufficient towing capacity. It is designed to be portable and easily transported to different job sites. Once it reaches the desired location, the trailer pump is stabilized using outriggers or stabilizers to ensure stability during operation.
The concrete trailer pump works by using a piston or a rotary system to create suction and push the concrete through the pipes and hoses. It can handle various types of concrete mixes, including general-purpose concrete, high-strength concrete, and heavily reinforced concrete.
Concrete trailer pumps are commonly used in construction projects that require a significant amount of concrete to be poured, such as foundations, slabs, columns, and walls. They offer advantages such as high pumping capacity, long-distance pumping capability, and the ability to access hard-to-reach areas.
Overall, a concrete trailer pump is a versatile and efficient tool that facilitates the transportation and placement of concrete, contributing to the smooth execution of construction projects.
Other Equipment You May Need
26
Models
31
Models
7
Models
9
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11
Models
მოცულობა: 40–320 ტ/სთ
მოცულობა: 25–240 მ³/სთ
უკანა ხელის ტრაქტორ-ჩამომაგრებლები
ნომინალური სიმძლავრე: 36,8–110 კვტ
ტევადობა: 0,2–1,2 მ³
მოცულობა: 1,2–6,5 მ³
Types of Trailer Concrete Pumps For Sale
It’s important to consider your project requirements, such as the scale of the project, accessibility, concrete mix specifications, and pumping distance, when choosing the right type of trailer concrete pump for your needs. Consulting with a reputable supplier or manufacturer can help you select the most suitable pump for your specific requirements.
Stationary Concrete Trailer Pump
მოდელები:
HBTSB30 – 100 (დიზელი); HBTS30 – 100 (ელექტრო)
მაქს. სასიცოცხლო წნევა:
6 – 20MPa
დიზელის ძრავის საწარმოო სიმძლავრე:
55 – 199 KW
ბეტონის ტრეილერული პომპა, რომელსაც ასევე ეძახიან სტაციონარული პომპა, რომელიც მიემაგრება დიდ მანქანას, მაგალითად ტრაქტორ-ტრეილერს, და რომელსაც არ შეიძლება მარტივად გადაადგილება.
სტაციონარული ბეტონის პომპის ძირითადი უპირატესობა ისაა, რომ ის შეუძლია ძალიან სწრაფად გადააქციოს დიდი მოცულობის ბეტონი. მისი კომპაქტური დიზაინი და მარტივი დაყენება მისცემს სრულყოფილ არჩევანს პატარა და საშუალო ზომის საშენებლო საიტებისთვის.
რეკომენდებული მოდელები:
HBTS30 დიზელის ბეტონის ტრეილერული პომპა პატარა პროექტებისთვის
HBTSB80 დიზელის ბეტონის ტრეილერული პომპა დიდი პროექტებისთვის
HBTS30 დიზელის/ელექტრო ბეტონის ტრეილერული პომპა
მაქს. თეორიული ბეტონის გამოტაცა: 30 მ³/სთ
მაქს. ბეტონის პომპირების წნევა: 10/7,6 მპა
HBTS40 დიზელის/ელექტრო ბეტონის ტრეილერული პომპა
მაქს. თეორიული ბეტონის გამოტაცა: 40 მ³/სთ
დიზელის ძრავის სიმძლავრე: 10/7,6 ცხენის ძალა/ლიტრი
HBTS50 დიზელის/ელექტრო ბეტონის ტრეილერული პომპა
მაქს. თეორიული ბეტონის გამოტაცა: 50 მ³/საათში
დიზელის ძრავის სიმძლავრე: 13/7 ცხენის ძალა/ლიტრი
HBTS60 დიზელის/ელექტრო ბეტონის ტრეილერული პომპა
მაქს. თეორიული ბეტონის გამოტაცა: 60 მ³/საათში
დიზელის ძრავის სიმძლავრე: 13/7 ცხენის ძალა/ლიტრი
HBTS80 დიზელის/ელექტრო ბეტონის ტრეილერული პომპა
მაქს. თეორიული ბეტონის გამოტაცა: 80 მ³/საათში
დიზელის ძრავის სიმძლავრე: 16/8,6 ცხენის ძალა/ლიტრი
HBTS90 დიზელის/ელექტრო ბეტონის ტრეილერული პომპა
მაქს. თეორიული ბეტონის გამოტაცა: 90 მ³/საათში
დიზელის ძრავის სიმძლავრე: 16/8,6 ცხენის ძალა/ლიტრი
HBTS100 დიზელის/ელექტრო ბეტონის ტრეილერული პომპა
მაქს. თეორიული ბეტონის გამოტაცა: 100 მ³/საათში
დიზელის ძრავის სიმძლავრე: 18/9,3 ცხენის ძალა/ლიტრი
Specifications of Trailer Concrete Pump
დიზელის ბეტონის ტრეილერული პომპის დეტალური ტექნიკური მახასიათებლები
| მოდელი | HBTSB40-10-82R | HBTSB60-13-129R | HBT80-16-129C | HBT90C-18-176R | |
| მაქს. თეორიული ბეტონის გამოტაცა (ლ./სთ) | მ³/სთ | 40/26 | 67/45 | 84/50 | 95/55 |
| მაქს. ბეტონის გადასატანად სჭირდებარე წნევა (მაღალი/დაბალი) | მპა | 10/7.6 | 7/13 | 16/8.6 | 18/9.3 |
| განაწილების ვალვის ტიპი | S ვალვა | S ვალვა | S ვალვა | S ვალვა | |
| ბეტონის ცილინდრის დიამეტრი × სტროკი | მმ | Φ180×1200 | Φ200×1650 | Ф200×1800 | Ф200×1800 |
| ჰოპერის ტევადობა × სასწორის სიმაღლე | ლ/მმ | 400/1100 | 800/1400 | 800×1400 | |
| გამოსასვლელის დიამეტრი | მმ | Φ150 | Φ180 | Ф180 | Ф180 |
| დიზელის ძრავის მოდელი | Вейфан Делиер 6105ZB | ვეჩაი | ვეიჩაი | ვეიჩაი | |
| ელექტროტექნიკური ძალა | კვტ | 82 | 129 | 129 | 176 |
| ბრუნვის სიჩქარე | საათში ბრუნვა | 2100 | 2200 | 2200 | 2200 |
| წრედის ტიპი | გახსნილი წრედი | გახსნილი წრედი | გახსნილი წრედი | გახსნილი წრედი | |
| პუმპის სისტემის წნევა | მპა | 32 | 32 | 32 | 32 |
| შერევის სისტემის წნევა | მპა | 6-8 | 6-8 | 8 | 8 |
| ზეთის ტანკის ტევადობა | L | 370 | 370 | 580 | 580 |
| მაქსიმალური თეორიული ვერტიკალური/ჰორიზონტალური გადაცემის მანძილა | m | 120/500 | 180/800 | 360/1200 | 360/1200 |
| მაქსიმალური აგრეგატის დიამეტრი | მმ | სლაიკ/სკრი: 40/50 | სლაიკ/სკრი: 40/50 | სლაიკ/სკრი: 40/50 | სლაიკ/სკრი: 40/50 |
| მიმოწოდების მილის შიგა დიამეტრი | მმ | Φ125 | Φ125 | Ф125 | Ф125 |
| გაზომვები: სიგრძე × სიგანე × სიმაღლე | მმ | 5000×1850×1700 | 5800×2000×1750 | 6000×2200×2250 | 6000×2200×2250 |
ელექტრო ბეტონის ტრეილერული პომპის დეტალური სპეციფიკაციები
| პუნქტი | HBTS30 | HBTS40 | HBTS50 | HBTS60 | HBTS80 |
| მაქს. თეორიული გამტარუნარიანობა (მ³/საათში) | 30 | 40 | 50 | 60 | 88 |
| მაქს. წნევა პუმპით (მპა) | 10 | 10 | 10 | 13 | 16 |
| მაქს. თეორიული ვერტიკალური გადაცემის მანძილა (მ) | 140 | 200 | 120 | 280 | 300 |
| მაქს. თეორიული ჰორიზონტალური გადაცემის მანძილა (მ) | 450 | 800 | 500 | 1000 | 1200 |
| მაქს. აგრეგატის დიამეტრი (მმ) | 30 | 40 | 50 | 30 | 30 |
| გადაცემის მილის რადიუსი (მმ) | 100 | 160 | 160 | 180 | 180 |
| გადაცემის ცილინდრების რაოდენობა (ცალი) | 2 | 2 | 2 | 2 | 2 |
| გადაცემის ცილინდრის დიამეტრი × პისტონის სიგრძე (მმ) | Φ140×1000 | Φ160×1000 | Φ200×1000 | Φ200×1600 | Φ200×1800 |
| ჰიდრავლიკური ზეთის ტანკის ტევადობა (ლ) | 250 | 400 | 500 | 600 | 800 |
| ჰოპერის ტევადობა (მ³) | 0.35 | 0.4 | 0.5 | 0.6 | 0.8 |
| ძირითადი ელექტროძრავის სიმძლავრე (კვტ) | 45 | 45 | 55 | 90 | 110 |
დიზელით მოძრავი ბეტონის შერევის პუმპის დეტალური სპეციფიკაციები:
| პუნქტი | Diesel Type JBS30C | Diesel Type JBS40C | |
| მაქს. თეორიული ბეტონის გამოტაცა (ლ./სთ) | მ³/სთ | 30 | 40 |
| შერევის მექანიზმის ნომინალური შეყვანის ტევადობა | მ³ | 0.56 | 0.56 |
| შერევის მექანიზმის ნომინალური გამოტანის ტევადობა | მ³ | 0.35 | 0.45 |
| მაქს. ბეტონის გადასატანად სჭირდებარე წნევა (მაღალი/დაბალი) | მპა | 10 | 10 |
| განაწილების ვალვის ტიპი | S ვალვა | S ვალვა | |
| ბეტონის ცილინდრის დიამეტრი × სტროკი | მმ | Φ140×1000 | Φ180×1000 |
| Hopper capacity | L | 400 | 400 |
| გამოსასვლელის დიამეტრი | მმ | Φ150 | Φ150 |
| Winding motor power | კვტ | Hydraulic motor | Hydraulic motor |
| Stir the motor Power | კვტ | Hydraulic motor | Hydraulic motor |
| Water pump motor power | კვტ | Hydraulic motor | Hydraulic motor |
| დიზელის ძრავის მოდელი | ვეიჩაი | ვეიჩაი | |
| ელექტროტექნიკური ძალა | კვტ | 37 | 82 |
| ბრუნვის სიჩქარე | საათში ბრუნვა | 1480 | 2200 |
| წრედის ტიპი | გახსნილი წრედი | გახსნილი წრედი | |
| პუმპის სისტემის წნევა | მპა | 26 | 32 |
| შერევის სისტემის წნევა | მპა | 6-8 | 6 |
| ზეთის ტანკის ტევადობა | L | 260 | 350 |
| მაქსიმალური თეორიული ვერტიკალური/ჰორიზონტალური გადაცემის მანძილა | m | 120/300 | 120/500 |
| მაქსიმალური აგრეგატის დიამეტრი | მმ | Slick/scree:10/20 | სლაიკ/სკრი: 40/50 |
| მიმოწოდების მილის შიგა დიამეტრი | მმ | Φ100 | Φ125 |
| გაზომვები: სიგრძე × სიგანე × სიმაღლე | მმ | 4500x1750x1600 | 600x2300x3150 |
. მახასიათებლები
ჩვენი ტრეილერული ბეტონის პუმპის უპირატესობები
The small model is light, easy to move, suitable for small construction projects;
The full hydraulic system can extend component life, improve equipment reliability, reduce the failure rate and reduce maintenance costs;
The S tube valve are cast into shape with austenitic manganese steel and has the dual advantages of anti-high pressure and anti-wearing;
Main electric elements are from Schneider and LG company, the reliability of the electric-control system is highly approved;
Glasses plates and cut loops are made of anti-wearing horsiness alloy, they have long service life;
Concrete Trailer Pump Cost Considerations
The cost of a concrete trailer can vary depending on various factors such as the size, brand, features, and geographical location. On average, prices for a new concrete trailer can range from $20,000 to $60,000 or more.
However, it’s best to consult with local equipment dealers or manufacturers to get accurate and up-to-date pricing information in your specific area.
Several factors can affect the price of a concrete trailer:
Size and capacity: Larger trailers with higher capacities can typically command higher prices.
Brand and quality: Well-known brands or trailers with superior construction and durability may come with a higher price tag.
Features and accessories: Additional features like hydraulic systems, advanced control panels, or specialized attachments can increase the cost.
Condition: If you are considering buying a used concrete trailer, factors such as age, maintenance history, and overall condition can impact the price.
Geographic location: Prices can vary based on the cost of living and the availability of concrete trailers in your area.
Market demand and competition: Prices can fluctuate based on market conditions, supply, and demand dynamics.
Additional costs: Consider other expenses like delivery charges, taxes, and any necessary licensing or registration fees.
Stationary Trailer Concrete Pump VS. Mobile concrete pump
Stationary trailer concrete pumps and mobile concrete pumps are two common types of equipment used in concrete pumping. Here are some key differences between them:
Stationary Trailer Concrete Pump:
- Fixed location: A stationary trailer concrete pump is typically installed at a fixed location, such as a construction site. It requires a stable foundation and is not designed for frequent relocation.
- Higher output capacity: Stationary pumps generally have higher output capacities, allowing for faster concrete placement and higher volume pumping.
- Larger size: Due to their larger size and weight, stationary pumps are often used for larger construction projects, such as high-rise buildings or large-scale infrastructure projects.
- Longer reach: Stationary pumps can typically achieve greater vertical and horizontal reach, which is beneficial for projects with complex pouring requirements.
Mobile Concrete Pump:
- Greater mobility: Mobile concrete pumps are designed for easy movement and can be towed or mounted on a truck. They are suitable for projects that require frequent relocation.
- Compact size: Mobile pumps are typically smaller and more compact compared to stationary pumps. They are suitable for smaller construction sites or projects with limited space.
- Lower output capacity: Mobile pumps generally have a lower output capacity compared to stationary pumps. They are suitable for smaller volume pumping needs.
- Versatility: Mobile pumps offer more versatility in terms of maneuverability and access to confined or remote areas.
The choice between a stationary trailer concrete pump and a mobile concrete pump depends on your specific project requirements, the size of the job, and the level of mobility needed. It’s best to consult with a concrete pumping specialist or equipment supplier to determine the most suitable option for your needs.
Trailer Mounted Concrete Pump Price
| გამოტაცების მოცულობა (მ³)მ³ | მიახლოებითი ფასი |
| Diesel Concrete Trailer Pump | $10,000.00 – $100,000.00 |
| ელექტრო ბეტონის ტრეილერული პომპა | $8,000.00 – $80,000.00 |
Our concrete trailer pumps are competitively priced, with a range provided as a reference. However, the final cost can be influenced by several factors including model, capacity, technological features, and any additional specifications you may require.
The price can also vary depending on the customization services you opt for, as we strive to meet your specific project needs and budget constraints. We offer a bespoke service, allowing you to tailor your concrete mixer pump to your exact requirements.
Remember, investing in our equipment is not just about the initial cost, but the value, efficiency, and long-term savings it provides.
შემთხვევები
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HBTSB30 Concrete Trailer Pump Venezuela
HBTS80 Concrete Trailer Pump in Canada
HBTS40 Mounted Concrete Pump In Zambia
Difference of Line Pump, Towable Concrete Pump, and Truck Concrete Pump
The main differences between a line pump, towable concrete pump, and truck-mounted concrete pump lie in their mobility, size, reach, and pumping capacity. Here’s a breakdown of each type:
Line Pump:
A line pump, also known as a trailer-mounted concrete pump or a stationary pump, is typically mounted on a trailer or skid and can be easily transported to the job site. It is highly versatile, primarily used for small to medium-sized construction projects. Line pumps are capable of pumping concrete at moderate volumes and distances, usually up to a maximum of 600 feet horizontally and 200 feet vertically.
Towable Concrete Pump:
As the name suggests, a towable concrete pump is designed to be towed behind a vehicle to the job site. It offers increased mobility and is ideal for small construction projects or projects with limited access. Towable concrete pumps typically have a smaller footprint and lower pumping capacity compared to truck-mounted pumps.
Truck-Mounted Concrete Pump:
A truck-mounted concrete pump is mounted on a truck chassis, providing excellent mobility and reach. These pumps are suitable for large-scale construction projects that require high pumping volumes and significant vertical and horizontal distances. Truck-mounted pumps offer various boom lengths, allowing them to reach high-rise structures and cover extensive job sites efficiently.
It’s essential to assess the specific requirements of your project, including the volume of concrete needed, the distance to be pumped, access limitations, and efficiency considerations when choosing the appropriate pump type. Consulting with a concrete pumping expert can help you determine the most suitable option for your specific project.
How Does A Trailer Concrete Pump Work?
A concrete trailer pump, also known as a stationary trailer concrete pump, is a machine used for pumping concrete from one location to another. Here’s how it generally works:
- Concrete mixing: The concrete trailer pump does not have its own concrete mixer. So, before starting the pumping process, concrete needs to be mixed in a separate concrete mixer truck or a batching plant.
- Pipeline setup: The concrete pump is connected to a series of pipes, known as the pipeline. These pipes transport the concrete from the mixing point to the desired location for pouring.
- Prime the pump: Before pumping concrete, the pump needs to be primed to ensure a continuous flow of concrete through the system. Priming involves filling the pump with water or a priming agent to create a hydraulic pressure and push out any air present in the system.
- Concrete pumping: Once the pump is primed, the concrete can be pumped. The pump operates by using a piston or a rotary pump mechanism. A piston pump uses reciprocating motion to draw concrete into a cylinder and then push it through the discharge pipe. A rotary pump uses a rotating impeller to create the necessary pressure for moving the concrete.
- Control and operation: The concrete trailer pump is operated by a skilled operator who controls the pumping process using a remote control or control panel. The operator regulates the speed and flow of concrete, as well as the direction and distance of the pumping.
- Pouring concrete: As the concrete is pumped through the pipeline, it reaches the desired location for pouring. The concrete can be directed precisely to the specified area, such as a foundation, slab, or column, through the use of specialized accessories like boom arms or flexible hoses.
- Clean-up: After the concrete pouring is complete, the pipeline needs to be flushed with water or other cleaning agents to prevent concrete from setting and clogging the system. Proper cleaning and maintenance of the pump are essential for its longevity and efficiency.
It’s important to note that the specific operation and features of a concrete trailer pump may vary depending on the model and manufacturer. Therefore, it’s always recommended to refer to the equipment’s user manual and receive proper training before operating a concrete trailer pump.
Why Choose SinoTech
80+ Countries Exported
30+ years industrial experience incorporates with innovative design, 80+ countries exported proves leading position in the industry.
500+ Concrete Trailer Pumps Sold
Sino group has now manufactured and sold 500+ concrete trailer pumps, providing unmatched solutions for practically all sectors.
40% Operating Costs Saved
Standardized construction with reliable components makes it adaptable to multiple applications, fully automation design extends service life and accordingly reduces the operating costs.
90m³/h Large Capacity
Quality structural design guarantees high product quality, with the maximum output capacity of 88m³/h, meeting both large and small projects to use.
Applications of Trailer Concrete Pumps
Concrete trailer pumps are specialized equipment designed for the transportation and placement of concrete in construction projects. They offer flexibility, mobility, and efficiency, making them suitable for a wide range of applications. Here are some common applications of concrete trailer pumps:
Residential Construction:
Concrete trailer pumps are widely used in residential construction projects, including the construction of houses, apartments, and small-scale buildings. They are efficient in delivering concrete to different areas of the construction site, such as walls, slabs, and foundations.
Urban Construction:
In urban areas with limited access, concrete trailer pumps are an ideal choice for construction projects. Their compact size and maneuverability allow them to navigate through narrow streets and tight spaces, enabling the delivery of concrete to urban construction sites.
Floor Slabs and Foundations:
Concrete trailer pumps are commonly used for pouring floor slabs and foundations, ensuring a smooth and evenly distributed concrete placement. They offer precise control over the concrete flow, allowing for accurate pouring and minimizing the risk of segregating or overpouring.
Small to Medium-Sized Commercial Projects:
Concrete trailer pumps are suitable for small to medium-sized commercial projects, such as retail stores, offices, and low-rise buildings. They can efficiently deliver concrete to elevated levels and hard-to-reach areas, contributing to the timely completion of the project.
Repair and Renovation Works:
For repair and renovation works, concrete trailer pumps provide a convenient solution for delivering concrete to specific locations where conventional methods may be impractical. They are often employed in projects such as bridge repairs, foundation underpinning, and concrete overlayments.
Remote Construction Sites:
In remote or off-road construction sites, concrete trailer pumps offer mobility and accessibility advantages. They can be easily transported to different locations using trucks or other suitable vehicles, enabling the delivery of concrete to challenging terrains and distant work areas.
Concrete trailer pumps provide a reliable and efficient means of concrete placement, even in situations where traditional concrete delivery methods may be limited. They help improve productivity, reduce labor requirements, and ensure accurate concrete placement, contributing to the overall success of construction projects.
Is Pumping Concrete Better Than Pouring?
Both pumping concrete and pouring it directly have their own advantages and may be more suitable for different situations. Here are some factors to consider:
Distance and accessibility:
Pumping concrete is particularly beneficial when you need to transport the concrete over a long distance or to a location that is difficult to access with traditional pouring methods. Concrete pumps can reach heights and distances that would be challenging or impractical for manual pouring.
Speed and efficiency:
Pumping concrete can be faster and more efficient than manual pouring, especially for large-scale projects. The concrete can be delivered continuously and at a controlled rate, reducing the need for manual labor and speeding up the process.
Precision and versatility:
Concrete pumps offer greater precision and versatility in placing the concrete. The operator can control the flow, direction, and distance of the concrete, allowing for more accurate placement even in complex structures and hard-to-reach areas. This can result in better overall quality and aesthetics of the concrete work.
Labor and cost savings:
Using a concrete pump can reduce the labor and associated costs, as it requires fewer workers compared to manual pouring. Additionally, the efficiency and reduced labor time may result in cost savings for projects with tight timelines.
Equipment and setup:
Pumping concrete requires specialized equipment like concrete pumps and pipelines, which need to be properly set up and maintained. This may incur additional costs and logistical considerations compared to traditional pouring methods.
It’s important to evaluate the specific requirements of your project, such as distance, accessibility, scale, and timeline, to determine whether pumping concrete or pouring it manually would be more advantageous. Consulting with a professional contractor or engineer can help you make an informed decision based on your specific needs and circumstances.
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