Small refractory cement mixer featurers:
High Efficiency Mixing: The reasonable mixing mechanism and mixing speed can ensure the uniform mixing of refractory mortar or cement-based refractory materials and improve the mixing efficiency.
Strong Durability: Since refractory materials usually have high hardness and abrasiveness, the mixer is made of wear-resistant materials to extend the service life of the equipment.
Easy Operation: The equipment has a compact design and an intuitive operating interface, which is easy to operate and maintain.
Strong Adaptability: The mixing parameters and mixing time can be adjusted according to different refractory material formulas and mixing requirements to meet production needs.

Refractory materials powder mixer and production line

High intensive customised castable refractory pan mixer is used for mixing refractory materials for lining furnaces, kilns, reactors, and other high-temperature industrial applications. These materials materials are typically made from aggregates, binders, and additives and require thorough and intensive mixing to ensure a homogeneous and uniform consistency.

500KG Portable Electric Refractory Concrete Pan Mixer

Refractory and UHPC are often used for smaller, more precise batches, especially when dealing with special applications. The capacity of the concrete mixer for refractory material and UHPC should be designed to suit small to medium batches, typically between 50 and 500 liters, depending on the application.

Container type cement silo together cement grout mixer is an integrated system designed for efficient storage and mixing of cement and grout materials. The cement silo and grout mixer are housed in a containerized unit, making it portable and ideal for construction sites like tunnels, bridges, and foundations.

A container grout mixer is a specialized machine designed for efficiently blending cement, sand, water, and additives to produce high-quality grout for construction and industrial applications.
Container type bentonite grout mixer plant features:
Containerized Design: Easy to transport and quickly deploy, suitable for mobile construction.
Efficient Mixing: High-speed mixing technology is used to ensure uniform mixing of materials.
Automated Control: Equipped with PLC control system to achieve precise proportioning and operation.
Versatility: Suitable for a variety of materials such as bentonite slurry, cement slurry, mortar, etc.
Low Maintenance: Strong structure, strong durability and low maintenance cost.

Container grout mixer for efficient cement mixing Applications
Tunneling: used for grouting and support of tunnel inner wall.
Bridge Construction: used for grouting reinforcement of bridge foundation.
Building Foundations: used for grouting and reinforcement of foundation.
Hydraulic Engineering: used for grouting construction of dams, channels and other facilities.
Mining Support: used for grouting reinforcement of mine walls.

A Shotcrete Machine with Pneumatic Motor is a specialized construction equipment designed to spray concrete (shotcrete) onto surfaces using a pneumatic (air-powered) motor. It is ideal for applications where safety, portability, and reliability are critical, especially in hazardous environments like mines, tunnels, and areas with explosive gases.
Applications
Underground Construction: Mines, tunnels, and shafts.
Swimming Pools, Retaining Walls: Efficient for curved or vertical surfaces.
Repair Work: Patching concrete structures, bridges, or dams.
Fireproofing: Applying refractory materials in industrial settings.

Concrete Spraying Machine with Air Motor Applications:
Tunneling: Used for spraying concrete on the inner wall of tunnels.
Mining Support: Spraying concrete to reinforce the mine wall.
Bridge Repair: Used for repairing and reinforcing bridge structures.
Building Facades: Spraying exterior wall decoration or protective layer.
Hydraulic Engineering: Used for the construction of dams, channels and other facilities.

Double-acting hydraulic jack with oil pump is a lifting device that integrates oil pump and hydraulic cylinder. It uses oil pump to convert mechanical energy into hydraulic energy, realizes reciprocating motion through hydraulic cylinder, thus generating thrust in two directions to complete lifting or lowering action.

Double-acting hydraulic cylinders have significant advantages in lifting applications, providing large output force, precise control, strong adaptability and high efficiency and energy saving.
Advantages in lifting applications
Large output force: Double-acting hydraulic cylinders can provide large output force and are suitable for lifting heavy equipment or objects. For example, some double-acting hydraulic cylinders have a capacity of up to 200 tons, which can easily cope with the lifting needs of high-tonnage equipment.
Precise control: By adjusting the pressure and flow of the hydraulic system, the movement speed and position of the double-acting hydraulic cylinder can be precisely controlled to achieve smooth and accurate lifting operations.
Strong adaptability: Double-acting hydraulic cylinders have a compact structure, occupy a small space, and can be customized according to different working environments and requirements. This allows them to adapt to various complex lifting scenarios.
High efficiency and energy saving: Compared with traditional mechanical lifting methods, double-acting hydraulic cylinders have higher energy conversion efficiency. At the same time, by recycling and utilizing hydraulic energy, energy saving and consumption reduction can also be achieved.

High Tonnage Hydraulic Cylinder is a hydraulic actuator specially designed to bear and transmit large loads. It is widely used in heavy machinery, engineering equipment, shipbuilding, aerospace and other fields to lift, push or position large tonnage objects.

The 700bar Hydraulic Jack Pump is a high pressure hydraulic pump specifically designed to drive hydraulic jacks, providing working pressures up to 700 bar (approximately 10,000 psi).

A single acting hydraulic cylinder has only one working chamber, meaning oil can only enter from one port and exit from the other. Therefore, it can only achieve unidirectional movement with the help of a one-way hydraulic control valve. The pump for a single acting hydraulic cylinder is responsible for supplying pressurized oil to this chamber, driving the piston to move in one direction. In the return stroke, the piston is usually pushed back by external forces such as a spring, gravity, or load.

Electric Oil Pumps for Hydraulic Jacks are widely used in various construction scenarios, particularly in pre-tension or post-tension applications for concrete constructions, such as:
Bridge construction
Railway and highway construction
Underground structures
Buildings
Channel construction

The working principle of the prestressed concrete oil pump is mainly based on the principle of hydraulic transmission. The oil pump is driven by an electric motor or an internal combustion engine to suck the hydraulic oil from the oil tank, and then pressurizes it through a high-pressure pump and delivers it to the hydraulic jack. Under the action of the hydraulic jack, the prestressed steel bars or steel strands are gradually tensioned to the tensioning force required by the design and anchored by anchors. During the whole process, the oil pump needs to maintain a stable pressure and flow to ensure the smooth progress of the tensioning process.

The working principle of the high-voltage double acting hydraulic jack for building is based on Pascal’s law, that is, the pressure on a confined liquid can be transmitted in all directions without changing its magnitude. When an external force is applied, the force will be evenly transmitted to all parts of the container by the liquid. The mechanical energy is converted into the pressure energy of the liquid through the hydraulic pump, and then the pressure energy of the liquid is converted into mechanical energy through the hydraulic cylinder, thereby realizing the transmission and amplification of force.

Double Acting Electric Oil Pump for Hydraulic Jack can be used for lifting heavy machine, bridge project, hydraulic engineering, harbour construction and other equipment. It has large output, light weight, remote control and other advantages, it can match with our high pressure oil pump, it can reach jack, push, pull and extrusion and kinds of working.

The tunnel lining cement slurry bentonite mixing station integrates multiple functions such as raw material storage, metering, mixing and transportation, and is specially designed for lining operations in tunnel projects. It can mix raw materials such as cement, bentonite, and water in a certain proportion to prepare cement slurry bentonite mixtures that meet the requirements of tunnel lining.

Grout batching mixing plant is a kind of equipment that integrates the storage, metering, mixing and conveying of raw materials such as cement, fly ash, water and admixtures. It is mainly used to prepare various grouting materials, such as cement-based grouting materials, polymer grouting materials, etc., to meet the grouting needs of different engineering fields.

The working principle of continuous colloid cement mixing pump usually involves the following steps:
Material input: Cement, water and other raw materials are input into the mixing chamber in a certain proportion.
Mixing process: The agitator or impeller in the mixing chamber starts to rotate to fully mix the materials.
The specially designed mixing chamber structure helps to ensure uniform mixing of materials.
Conveying process: The mixed colloid cement is continuously conveyed to the designated location through the pump body.
The pump body is usually driven by hydraulic or pneumatic pressure to ensure stable conveying pressure.

Cement grouting mixing equipment is widely used in various occasions that require grouting operations, such as foundation reinforcement, tunnel lining, bridge foundation treatment, water conservancy project anti-seepage, etc. By accurately controlling the mixing ratio and mixing process, cement grouting materials that meet specific requirements can be prepared, thereby improving project quality and reducing construction costs.

Customized High Efficiency Grout Mixing Pump can be adapted for various types of grout materials, including cement-based, epoxy-based, and polyurethane-based grouts. They can also be configured for different applications, such as foundation grouting, tunnel lining, and soil stabilization.

As a professional tundish spraying machine manufacturer, our ability to provide quality products is undoubtedly an important competitive advantage. Tundish plays a vital role in the metallurgical industry, especially in the continuous casting process, where it is used to store and distribute molten metal, ensuring the stability and efficiency of the casting process.

Tundish spraying machine for steel ladle is a device specially used for spraying refractory materials on the inner wall of steel ladle or tundish. This equipment plays a vital role in the process of steel smelting and continuous casting. It can effectively protect the inner wall of steel ladle and tundish, prevent molten steel from eroding the wall of the tundish, thereby increasing the service life of steel ladle and tundish, and ensuring the smooth progress of continuous casting production.

The primary function of tundish lining spraying systems is to apply a uniform and durable layer of refractory material to the tundish lining. This layer acts as a barrier, protecting the tundish from the high temperatures and corrosive environments encountered during steel production.

Tundish gunning spraying machines are specialized equipment used in the metallurgical industry, particularly in the production of steel. They are primarily utilized for the application of refractory gunning mixes to the linings of tundishes, which are vessels used to temporarily store molten steel before it is poured into molds for casting.

Gunning mixes for tundish lining are composed of refractory aggregates and powders, binding agents, and admixtures. The refractory aggregates and powders provide the main mechanical strength and refractoriness of the material, while the binding agent holds these particles together to form a cohesive mass. Admixtures may be added to improve specific properties such as workability, setting time, or resistance to erosion and corrosion.

Tundish Spraying Plant refers to a specialized facility or setup within a steel plant that is equipped with tundish spraying machines to manage the cooling and protection of the tundish during the continuous casting process. The tundish is a key component in casting molten steel into molds, and the spraying plant is designed to ensure that the tundish is adequately cooled, preventing overheating, wear, and oxidation of the molten steel.