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High Speed Jet Grout Rig Including Feed Stroke Max Hoist Pull Designed For Ground Treatment And Foundation Enhancement

High Speed Jet Grout Rig Including Feed Stroke Max Hoist Pull Designed For Ground Treatment And Foundation Enhancement
Propiedades básicas
Nombre de la marca: Hypertec
Número de modelo: HM-14
Propiedades comerciales
Cantidad mínima de pedido: 1 juego
Precio: US500000/SET
Condiciones de pago: LC, T/T
Resumen del producto
Product Description: The Fully Hydraulic Multi-Functional Drilling Rig is a state-of-the-art soil improvement equipment designed to meet the diverse and demanding needs of modern construction and geotechnical projects. With its advanced features and robust build, this drilling rig is especially ...
Atributos personalizados del producto
Capacidad del tanque de combustible:
200 L
Fuerza de alimentación máxima:
45 KN
Velocidad máxima rápida/baja:
28/6 M/min
Tipo de tren de rodaje:
Pivotante+/-10°
Sistema de control:
Manual / Hidráulico / Electrónico
Nombre del producto:
Plataforma de perforación multifuncional totalmente hidráulica
Potencia nominal del motor diésel:
119 kilovatios a 2200 rpm
Golpe de alimentación:
Tiro máximo del polipasto
Descripción de producto
Especificaciones y Características Detalladas

Product Description:

The Fully Hydraulic Multi-Functional Drilling Rig is a state-of-the-art soil improvement equipment designed to meet the diverse and demanding needs of modern construction and geotechnical projects. With its advanced features and robust build, this drilling rig is especially suited for applications such as jet grouting, a critical soil stabilization technique that enhances ground strength and impermeability. Whether you are working on foundation reinforcement, slope stabilization, or underground water cutoff, this jet grouting drilling rig provides unparalleled performance and reliability.

One of the standout features of this soil improvement equipment is its undercarriage type, which incorporates a pivoting mechanism with a +/-10° adjustment capability. This feature allows the rig to operate efficiently on uneven terrain, ensuring stability and precision during drilling operations. The pivoting undercarriage enhances maneuverability, making it easier to position the rig accurately over the target area and maintain optimal drilling angles, which is essential for effective jet grouting procedures.

Performance-wise, the Fully Hydraulic Multi-Functional Drilling Rig offers impressive speed and power. It boasts a maximum travel speed of 28 meters per minute in fast mode, allowing for quick relocation across the job site, and a low-speed mode of 6 meters per minute for precise positioning and controlled movement during drilling. The feed stroke capability is maximized by the hoist pull mechanism, ensuring strong and steady feed pressure, which is crucial for achieving deep and consistent jet grouting columns.

Powering this versatile rig is a high-performance diesel engine rated at 119 KW operating at 2200 RPM. This diesel engine provides ample power to support the hydraulic systems and drilling operations, ensuring smooth and continuous performance even under heavy workloads. The engine’s reliability and fuel efficiency contribute to lower operating costs and reduced downtime, making the rig an economical choice for long-term projects.

The Fully Hydraulic Multi-Functional Drilling Rig is engineered to support a variety of drilling techniques, but it truly excels in jet grouting applications. Jet grouting involves injecting high-pressure grout into the soil to create stabilized columns that reinforce and improve the ground structure. This rig’s hydraulic systems allow precise control over grout injection pressures and drilling parameters, resulting in uniform grout columns that enhance soil strength and reduce permeability effectively.

In addition to jet grouting, this drilling rig’s multifunctionality allows it to be adapted for other soil improvement methods, including rotary drilling, core drilling, and foundation piling. This adaptability makes it a valuable asset for geotechnical contractors who need a versatile machine capable of handling a wide range of ground conditions and project requirements.

Safety and operator comfort are also prioritized in the design of this jet grouting drilling rig. The cabin is ergonomically designed with intuitive controls, providing operators with clear visibility and easy access to all functions. Hydraulic systems are optimized for smooth operation, reducing vibration and noise levels during drilling. These features not only improve productivity but also help maintain a safe working environment on site.

In summary, the Fully Hydraulic Multi-Functional Drilling Rig is an advanced soil improvement equipment solution that combines power, precision, and versatility. Its pivoting undercarriage, strong diesel engine, and optimized feed stroke capability make it ideal for jet grouting applications and other soil stabilization techniques. Whether you are enhancing foundation integrity or improving ground conditions for construction, this jet grouting drilling rig delivers superior performance, reliability, and efficiency to meet the challenges of demanding geotechnical projects.


Features:

  • Product Name: Soil Improvement Equipment
  • Feed Stroke: Max Hoist Pull
  • Max Feed Force: 45 KN
  • Diesel Engine Power Rating: 119 KW @ 2200 RPM
  • Fuel Tank Capacity: 200 L
  • Control System: Manual / Hydraulic / Electronic
  • Suitable for jet grouting drilling rig applications
  • Ideal for use as a Micropiling rig
  • High-performance Micropiling rig for soil improvement

Technical Parameters:

Product Name Fully Hydraulic Multi-Functional Drilling Rig
Control System Manual / Hydraulic / Electronic
Max Feed Force 45 KN
Diesel Engine Power Rating 119 KW @ 2200 Rpm
Fuel Tank Capacity 200 L
Max Speed (Fast/Low) 28 / 6 M/min
Feed Stroke Max Hoist Pull
Undercarriage Type Pivoting +/- 10°

Applications:

The Hypertec HM-14 Fully Hydraulic Multi-Functional Drilling Rig, originating from China, is a highly versatile piece of soil improvement equipment designed to meet the demanding needs of various geotechnical engineering projects. Equipped with a powerful diesel engine rated at 119 KW@2200 Rpm, this jet grout rig offers robust performance and efficiency, making it ideal for a wide range of soil stabilization and foundation strengthening applications.

This jet grouting drilling rig is particularly suited for use in challenging ground conditions where traditional methods fall short. The HM-14’s maximum feed force of 45 KN allows it to penetrate tough soil layers effectively, ensuring optimal mixing of grout with the native soil to enhance its strength and durability. With a maximum speed of 28 meters per minute in fast mode and 6 meters per minute in low mode, operators can adjust the rig’s performance to suit specific project requirements, balancing speed and precision.

The pivoting undercarriage with a +/-10° tilt capability provides excellent maneuverability and stability on uneven terrain, making the HM-14 jet grout rig a reliable choice for construction sites with complex topography. This flexibility enables it to be deployed in urban infrastructure projects, highway and railway foundation reinforcement, and large-scale civil engineering works where soil improvement is critical for structural integrity.

In addition to jet grouting, the fully hydraulic multi-functional drilling rig features adaptability for a variety of drilling techniques, further expanding its application occasions. It is often used in scenarios such as basement waterproofing, slope stabilization, and ground reinforcement for earthquake-prone areas. The HM-14 ensures precise control and consistent quality in jet grout columns, which are essential for creating impermeable barriers and preventing soil erosion.

Overall, the Hypertec HM-14 jet grout rig excels in enhancing soil properties across multiple project environments. Whether deployed in urban construction, environmental remediation, or infrastructure development, this jet grouting drilling rig delivers reliable performance, operational flexibility, and superior soil improvement outcomes, making it an indispensable tool for modern geotechnical engineering.

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