The Air Operated Refractory Gunite Machine For Dry Castable is specially designed for spraying construction with dry castable refractory materials. Powered purely by compressed air, this Air Operated Refractory Gunite Machine For Dry Castable avoids electric ignition risks and fits worksites with high dust and residual heat. It is popular among overseas customers for refractory lining work on heating furnaces, flues and rotary kilns in metallurgy, cement and incineration industries.

The Refractory Patching Machine For Kiln And Furnace Maintenance is purpose-built for routine upkeep and emergency repair of various industrial kilns and furnaces. Facing frequent lining damage caused by high-temperature flue gas, material abrasion, and thermal shock, many production lines rely on this Refractory Patching Machine For Kiln And Furnace Maintenance to replace inefficient manual repair methods. It has been widely applied in cement kilns, heating furnaces, rotary kilns, and incinerators, with stable operation records shared by customers in Europe, Southeast Asia and Middle East.

The Tundish Refractory Spraying Machine, a dedicated unit for continuous caster maintenance, is developed for tundish lining construction and hot repair. This Tundish Refractory Spraying Machine has gained recognition from steel plants across Southeast Asia, Russia, and other regions, matching the fast turnaround rhythm of continuous casting schedules.

The Furnace Refractory Lining Gunning Machine, model WZ‑6AR/RD pneumatic unit, is designed for hot online maintenance. Fully pneumatic and explosion-proof, this Furnace Refractory Lining Gunning Machine is widely used for fast furnace patching and has been tested in Southeast Asia, South Korea and Europe to meet local safety and maintenance standards.

In practical applications, this refractory guniting machine is suitable for both the initial installation of linings in new furnaces and the repair of localized wear in existing kilns and furnaces. Beyond furnace lining work, the equipment can also be utilized for applications such as tunnel support, concrete structure repair, and the construction of firewalls.

This Professional Core Drilling Equipment was developed specifically for geological surveys, preliminary exploration of mineral resources, and building foundation investigations. It uses diamond core drilling technology to obtain physical samples of subsurface rock layers, providing drilling data for resource reserve assessments, geological structure analysis, and building foundation stability analysis. It is capable of operating in a variety of environments, including open-pit mines, mountainous exploration sites, and infrastructure construction sites.

Core Sampling Drilling Rig for Mining, Geotechnical and Geological Applications, is a multi-scenario diamond core drilling rig widely used in projects such as preliminary mineral resource exploration, mine geological assessment, geotechnical engineering surveys, and regional geological surveys. It is capable of performing core drilling tasks such as stratigraphic analysis, ore body exploration, and geotechnical sampling, and can adapt to diverse operational sites including open-pit mines, mountainous terrain, and construction sites.

The WODE E90R Portable Geological Core Drill is specifically designed for field core sampling operations such as mineral exploration and rock formation surveys. With its compact, sled-style design, the rig can be easily transported across mountainous terrain and mining sites using a tow pulley, eliminating the need for complex infrastructure.

This Hydraulic Diamond Drill Rig features a steel skid base equipped with tow pulleys, allowing it to be transported between drill sites directly on the job site. The power unit is available in two configurations: diesel engine and electric motor. The drill head utilizes dual hydraulic cylinders for stepless feed adjustment. The hydraulic system is equipped with a variable-displacement vane pump, delivering a maximum operating pressure of 105 kg/cm² and a powerful thrust of 5,580 kgf. It supports 360° multi-angle drilling, enabling drilling and core sampling in various conditions, including vertical and inclined holes.

This Skid Mounted Core Drilling Rig for Engineering Site Investigation, is specifically engineered for diamond core drilling in geotechnical surveys. The machine is fitted with a steel rail base and can be equipped with a towing pulley, facilitating transport and movement between different drilling locations on site; it is suitable for complex operating environments such as the field and construction sites.

The WODE E90R diamond core drill machine has an NW casing drilling capacity of up to 100m and features multiple forward and reverse rotation speeds. Operators can select the appropriate working speed based on drilling depth, rock hardness, and drill bit condition to improve drilling stability. The drill bit assembly also supports angle adjustment, allowing for use in conventional vertical exploration holes as well as inclined holes required for some slopes, foundation pits, and special engineering projects.

The WODE E90R Portable Exploration Drill Rig balances portability, drilling adaptability, and core acquisition quality, providing reliable basic data for mineral resource surveys, preliminary mine evaluation, geological structure analysis, and subsequent mining planning, helping exploration teams complete survey tasks more efficiently under complex field conditions.

In remote mining areas, mountainous regions, and geological exploration sites with underdeveloped infrastructure, a stable power supply is often difficult to guarantee. The WODE E90R diesel-powered geological drilling rig features an independent power design, eliminating reliance on an external power grid. It can be quickly deployed for rock drilling and core sampling operations, providing reliable equipment support for field geological surveys, mineral exploration, and engineering investigations.

The WODE E90R hydraulic core drill rig employs a spindle-type hydraulic feed system, continuously powered by a variable displacement vane pump. Compared to drilling equipment that relies primarily on manual feed control, the hydraulic system allows for smoother adjustment of drilling speed and feed pressure, maintaining a relatively stable working state for the drill bit in various soft and hard formations, thus helping to reduce core breakage, stuck drill bits, and abnormal drill bit wear.

The WODE E90R portable diamond core drill rig features an integrated skid-mounted structure, housing the power system, hydraulic feed mechanism, drill bit, winch, and four-post mast on a compact frame. The core drill rig has a small overall footprint and is equipped with casters for easy relocation between different boreholes, making it particularly suitable for areas with limited transportation or where large drilling rigs are difficult to access.

The HWM300E Turbo Grout Mixer has a mixing capacity of 300L, an impeller speed of 1450rpm, and a single batch mixing time of approximately 3 minutes. This rapid slurry preparation reduces grout pump waiting time, allowing construction teams to prepare more batches of slurry within the same timeframe.

Choosing a professional colloidal grout mixer manufacturer means that customers receive more than just a mixer; it includes initial selection, equipment manufacturing, system matching, factory testing, and subsequent technical support. WODE is committed to helping customers improve grouting efficiency and reduce equipment configuration risks through truly customized grouting solutions that meet construction needs.

Our HWM300E electric colloidal grout mixer uses a 7.5kW motor to drive a high-speed impeller. Through strong vortex and shearing action, it rapidly mixes cement, bentonite, water, and additives to form a uniform and stable engineering slurry.

The impeller speed reaches 1450rpm, with a single batch mixing time of approximately 3 minutes. The electric drive ensures stable operation and eliminates diesel engine exhaust at the construction site, making it suitable for underground construction sites with three-phase power and high ventilation requirements.

The High Capacity Colloidal Grout Mixer provides a continuous, uniform, and stable grout for dam foundation grouting, helping construction teams improve grout preparation efficiency and control grouting quality. WODE also offers customized combinations of mixers, storage tanks, and grout pumps based on dam size, grout formulation, grout flow rate, and pressure requirements.

The HWM300E, launched by Henan Wode Heavy Industry Co., Ltd., is a high-speed, high-shear colloid grout mixer designed for cement and bentonite slurry preparation. It can rapidly mix cement, bentonite, fine sand, and appropriate additives.

The impeller speed reaches 1450 rpm, and the mixing time for a single batch of slurry is approximately 3 minutes. This helps construction teams reduce slurry preparation waiting time and improves the continuous operation efficiency of grouting equipment. Actual mixing time will vary depending on the slurry ratio, material properties, and on-site process requirements.

In dam foundation reinforcement, seepage prevention curtains, crack repair, and underground cavity filling projects, cement slurry has a certain viscosity and abrasiveness, thus requiring stable, wear-resistant, and non-clogging conveying equipment. The Cement Slurry Hose Pump can be used for the conveying, circulation, and continuous supply of cement slurry.

In precast component, decorative concrete products, lightweight wall panels, concrete fence bases, and other mold-casting projects, selecting the appropriate Hose-Type Concrete Pump directly impacts mold filling speed, pouring uniformity, finished product quality, and production efficiency. Unlike ordinary on-site concrete delivery, mold filling typically requires equipment capable of continuously and stably controlling material output and delivering it to corners, narrow areas, or multiple pouring points within the mold.

Compared to some high-speed rotary conveying equipment, the perislical hose pump delivers materials in a relatively gentler manner, reducing the damage to the bubble structure caused by excessive shearing. By properly controlling the rotational speed, delivery pressure, and pipeline layout, it can help maintain a more stable wet density and uniformity in foamed concrete, reducing the risks of discharge density fluctuations, material segregation, and decreased pumpability.

To help customers select the most suitable Foam Concrete Pump, our engineers will provide targeted selection advice based on specific construction conditions. Customers only need to provide the foam concrete density, material formula, aggregate particle size, required flow rate, horizontal conveying distance, and vertical conveying height, and we can assist in assessing the required pumping capacity and provide complete equipment solutions, conveying pipelines, and related accessories.

Our reliable industrial hose pump for wastewater transfer is designed to convey landfill wastewater that has undergone multi-stage filtration and is mixed with rainwater. This hose pump needs to be adaptable to outdoor environments, varying flow rates, and the potential presence of residual particles and fibers.

The composition of landfill leachate is influenced by waste type, rainfall, and filtration processes, and may contain acidic or alkaline substances, suspended solids, and corrosive components. Therefore, when selecting a Corrosion Resistant Hose Pump, customers should not only focus on flow rate and pressure but also confirm the chemical compatibility of the pump tubing material with the actual medium.

The Self-Priming Hose Pump uses rollers to continuously compress a flexible hose to create negative pressure, achieving media intake and discharge. This hose pump eliminates the need for traditional valves and mechanical seals, supports both forward and reverse operation, and is well-suited for landfill wastewater containing small amounts of particles, fibers, or sediment.

The main advantage of Peristaltic Pumps for Landfill Wastewater is that the media does not come into contact with shafts, seals, or other mechanical transmission components, reducing clogging, leaks, and mechanical wear caused by complex wastewater. Our Peristaltic Pumps can also handle liquids containing certain particles, fibers, and sediments, making them suitable for both intermittent drainage and continuous transfer.

Leachate often still contains suspended particles, fibers, silt, and corrosive components. The hose pump features a valveless, seal-free design, with the transported medium only in contact with the inner wall of the squeeze hose. It is self-priming, reversible, and easy to maintain, making it suitable for treating complex wastewater.

This high-shear cement slurry mixer utilises a high-speed impeller operating at approximately 1,500 rpm, which rapidly circulates water, cement and other additives within the mixing drum, generating strong shearing and dispersing effects. This effectively breaks up lumps of powder, resulting in a more uniform and stable slurry, thereby creating optimal conditions for subsequent pumping and grouting.