concrete mixer machine

Hydraulic Concrete Mixer Machine - Manufacturer in Howrah ...A Hydraulic Hopper Concrete Mixer Machine uses hydraulic power to lift and feed raw materials (cement, sand, aggregates) into a rotating drum, ensuring fast, safe, and consistent concrete mixing by reducing manual labor and improving batch times with features like a heavy-duty steel body, pneumatic wheels for mobility, and engine/motor options (diesel, electric) for versatile use on construction sites. Key Components & Features: Hydraulic Hopper: The defining feature, it automatically lifts and tilts to load materials, reducing physical effort and risk. Mixing Drum: Heavy-duty steel with internal blades rotates to ensure homogeneous mixing of materials. Power Source: Available with diesel engines (for off-grid) or electric motors (single/three-phase). Chassis & Mobility: Robust steel frame with pneumatic tires for stability and easy movement on rough terrains. Safety Features: Includes hopper locks, overload protection, and emergency stops for operator safety. How it Works: Loading: Materials are loaded into the hopper (manual or automatic feeding). Lifting: The hydraulic system smoothly raises the hopper. Mixing: The hopper tilts, dumping materials into the rotating drum, where they are mixed. Discharge: Once mixed, the drum's rotation is reversed (or a separate discharge door opened) to empty the concrete. Applications: Building Construction: Foundations, beams, columns, slabs. Road Works: Small-scale pavement and surfacing. Infrastructure: Bridges, culverts, and other on-site projects. Benefits: Efficiency: Faster loading and mixing cycles. Quality: Consistent, uniform concrete batches. Safety: Less manual handling of heavy materials. Versatility: Portable and suitable for various site conditions.

A Hydraulic Hopper Concrete Mixer Machine uses hydraulic power to lift and feed raw materials (cement, sand, aggregates) into a rotating drum, ensuring fast, safe, and consistent concrete mixing by reducing manual labor and improving batch times with features like a heavy-duty steel body, pneumatic wheels for mobility, and engine/motor options (diesel, electric) for versatile use on construction sites. Key Components & Features: Hydraulic Hopper: The defining feature, it automatically lifts and tilts to load materials, reducing physical effort and risk. Mixing Drum: Heavy-duty steel with internal blades rotates to ensure homogeneous mixing of materials. Power Source: Available with diesel engines (for off-grid) or electric motors (single/three-phase). Chassis & Mobility: Robust steel frame with pneumatic tires for stability and easy movement on rough terrains. Safety Features: Includes hopper locks, overload protection, and emergency stops for operator safety. How it Works: Loading: Materials are loaded into the hopper (manual or automatic feeding). Lifting: The hydraulic system smoothly raises the hopper. Mixing: The hopper tilts, dumping materials into the rotating drum, where they are mixed. Discharge: Once mixed, the drum's rotation is reversed (or a separate discharge door opened) to empty the concrete. Applications: Building Construction: Foundations, beams, columns, slabs. Road Works: Small-scale pavement and surfacing. Infrastructure: Bridges, culverts, and other on-site projects. Benefits: Efficiency: Faster loading and mixing cycles. Quality: Consistent, uniform concrete batches. Safety: Less manual handling of heavy materials. Versatility: Portable and suitable for various site conditions.

A Hydraulic Hopper Concrete Mixer Machine uses hydraulic power to lift and feed raw materials (cement, sand, aggregates) into a rotating drum, ensuring fast, safe, and consistent concrete mixing by reducing manual labor and improving batch times with features like a heavy-duty steel body, pneumatic wheels for mobility, and engine/motor options (diesel, electric) for versatile use on construction sites. Key Components & Features: Hydraulic Hopper: The defining feature, it automatically lifts and tilts to load materials, reducing physical effort and risk. Mixing Drum: Heavy-duty steel with internal blades rotates to ensure homogeneous mixing of materials. Power Source: Available with diesel engines (for off-grid) or electric motors (single/three-phase). Chassis & Mobility: Robust steel frame with pneumatic tires for stability and easy movement on rough terrains. Safety Features: Includes hopper locks, overload protection, and emergency stops for operator safety. How it Works: Loading: Materials are loaded into the hopper (manual or automatic feeding). Lifting: The hydraulic system smoothly raises the hopper. Mixing: The hopper tilts, dumping materials into the rotating drum, where they are mixed. Discharge: Once mixed, the drum's rotation is reversed (or a separate discharge door opened) to empty the concrete. Applications: Building Construction: Foundations, beams, columns, slabs. Road Works: Small-scale pavement and surfacing. Infrastructure: Bridges, culverts, and other on-site projects. Benefits: Efficiency: Faster loading and mixing cycles. Quality: Consistent, uniform concrete batches. Safety: Less manual handling of heavy materials. Versatility: Portable and suitable for various site conditions.

A gear type mini mixer machine is a compact, portable construction tool primarily used for mixing small batches of concrete, plaster, paint, grout, and mortar. Its defining feature is a durable gear system, often enclosed in a gearbox, that ensures smooth power transmission from the motor to the mixing drum. Key Details and Features Durable Gear System: The core mechanism uses high-grade gears and branded bearings, enclosed and splash-oil lubricated, for durability and consistent mixing. This system is known for longevity and requiring minimal maintenance compared to other drive types. Portability: These machines are designed to be lightweight and easy to maneuver around a job site. They typically feature a sturdy frame mounted on two or four wheels, which are often robust auto or scooter tires, allowing for easy transport to hard-to-reach areas. Power Source: They are commonly powered by an electric motor (single-phase or three-phase, often 1.5 HP to 2 HP) suitable for standard electrical supplies found on most sites. Diesel engine options are also available for remote locations without consistent electricity. Mixing Drum: Most models feature a tilting drum, which allows for easy loading of materials and convenient discharge of the mixed contents, often directly into a wheelbarrow. The drum capacity typically ranges from a quarter to a half bag of cement (around 75 to 100 liters or 3.5 cubic feet mixed capacity). Materials: The main components, including the chassis and drum, are generally constructed from heavy-duty mild steel or cast iron to withstand rugged construction use. Control and Operation: Operation is usually manual or semi-automatic, with simple controls for starting the motor and a handle or lever for tilting the drum. Applications: Ideal for small-scale construction projects, home renovations, DIY tasks, and on-site testing where large, stationary mixers are impractical.

A 10/7 CFT Hydraulic Hopper Bed Type Concrete Mixer is a robust construction machine mixing 10 cubic feet of dry material to yield 7 cubic feet of concrete, featuring a hydraulic hopper for easy, labor-saving material loading, a tilting cast-iron drum for quality mixing, and powered by diesel or electric, ideal for general site work like foundations, walls, and small roads, offering efficiency and durability. Key Components & Features: Capacity: 10/7 CFT (Cubic Feet) – meaning it takes 10 cubic feet of ingredients (cement, sand, aggregate, water) to produce about 7 cubic feet of mixed concrete. Hydraulic Hopper: A key feature that uses hydraulic power to lift and tilt the large loading hopper, significantly reducing manual effort and increasing loading speed. Drum: A heavy-duty, cast-iron mixing drum with MS (Mild Steel) blades ensures thorough and smooth mixing, often with a replaceable ring for longevity. Power: Can be powered by a 6HP air-cooled diesel engine or a 5HP electric motor, depending on site requirements. Chassis & Mobility: Built on a strong steel chassis with wheels and an axle for easy transport between sites. Drum Speed: Operates at around 20-22 RPM for optimal mixing consistency. Output: Delivers approximately 4.5 cubic meters (or around 160 cubic feet) of mixed concrete per hour. How it Works: Loading: Raw materials (cement, sand, aggregate) are loaded into the large hopper. Hydraulic Lift: The hydraulic system lifts the hopper, emptying its contents into the main mixing drum. Mixing: The drum rotates, mixing the ingredients homogeneously with internal blades. Discharge: Once mixed, the drum tilts (often with a cradle system) to discharge the fresh concrete into wheelbarrows or directly into forms. Applications: Foundations, walls, floors, and pavements. Road construction and flyovers. Small to medium-scale construction projects. Benefits: Efficiency: Faster mixing cycles and reduced labor. Durability: Robust build for demanding environments. Versatility: Suitable for various concrete applications.

A 7/5 CFT (Cubic Feet) 3/4 Bag Bed Type Concrete Mixer is a portable, heavy-duty construction machine with a 7 cubic feet unmixed/5 cubic feet mixed capacity (handling about 3/4 bag of cement), typically featuring a tilting drum, mild steel chassis, and powered by a diesel engine or electric motor, designed for efficiently blending cement, sand, and aggregates on-site, common in smaller to medium projects. Key Specifications & Features: Capacity: 7 CFT (unmixed) / 5 CFT (mixed), suitable for 3/4 bag cement batch. Power Source: Usually a 6 HP diesel engine (like Kirloskar) or a 3 HP electric motor. Type: Tilting Drum Mixer, allowing easy discharge of mixed concrete. Design: “Bed Type” means it's mounted on a sturdy, often portable, chassis with wheels, making it semi-automatic. Material: Cast iron drum for durability, mild steel chassis. Performance: Drum rotates at 18-20 RPM, producing around 6-8 cubic meters per hour. Application: Ideal for home construction, roof work, and general site mixing where portability and moderate output are needed. How it Works (Bed Type): Loading: Materials (cement, sand, aggregates, water) are manually fed into the stationary drum. Mixing: The drum tilts and rotates (driven by the engine/motor) to thoroughly blend the components. Discharge: The drum tilts further to pour out the mixed concrete.

A 10/7 CFT (Cubic Feet) “Bed Type” Concrete Mixer is a robust, one-bag capacity machine for construction sites, mixing cement, sand, aggregates, and water into concrete; the '10/7' signifies roughly 10 cubic feet of dry mix yields about 7 cubic feet of wet concrete, often powered by diesel or electric motors, featuring a tilting drum for easy pouring, and sometimes includes hydraulic hoppers and digital weighing for precision, essential for small to medium projects like home construction. Key Components & Features Drum: The steel drum where mixing occurs, usually tilting for discharge. Power Source: Common options are diesel engines (like Kirloskar) or electric motors. Capacity: Handles one bag of cement at a time, with a 10/7 Cft (approx. 300L) drum volume. Loading: Can be manual (hopper) or hydraulic (automatic lifting). Bed Type: Refers to its stationary base, often with wheels for portability. Control: May feature digital panels, automatic water pumps, and load cells for accuracy. Mobility: Often includes jeep-style or pneumatic wheels and a mechanical clutch. How It Works (Bed Type) Load Materials: Cement, sand, gravel, and water are added to the drum, often using a feeding hopper or hydraulic lift. Mix: The motor/engine rotates the drum with internal blades, thoroughly blending ingredients. Discharge: The tilting drum, controlled manually or hydraulically, tips to pour the mixed concrete into a barrow or formwork. Benefits Essential Tool: Mixes materials for quality concrete for building foundations and slabs. Versatile: Suitable for various construction needs, from residential to small projects. Portable: Can be moved around a site, especially models with wheels. Efficient: Provides uniform mixing for strong, reliable concrete.

A 5/3 cft Half Bag Bed Type Concrete Mixer is a compact, portable machine for small construction jobs, mixing about half a cement bag (5 cubic feet unmixed / 3-3.5 cubic feet mixed) using a tilting drum, powered by an electric motor or diesel engine, and designed for easy transport and operation on-site, featuring robust chassis and blades for efficient, homogeneous mixing. Key Components & Features: Capacity: Holds around 5 cubic feet (unmixed) of materials, producing roughly 3 to 3.5 cubic feet (mixed) of concrete, handling about half a standard cement bag. Type: “Bed Type” or “Portable” with a tilting drum for easy loading and unloading, and often comes with a chassis and wheels for mobility. Power: Typically powered by a 2HP single-phase electric motor or a small diesel engine (around 3.5 HP). Drum: Made from mild steel (e.g., 3mm thick) with heavy-duty mixing blades for thorough blending. Chassis: Robust, balanced frame for stability, often with pneumatic tires and a locking axle for transport. Operation: Simple to operate with a lower power requirement, suitable for small projects, DIY, or renovations. How it Works (Bed Type): Loading: Ingredients (cement, sand, aggregates, water) are manually added to the tilting drum. Mixing: The drum rotates (around 19-21 RPM) via the motor/engine, with internal blades ensuring a consistent mix. Discharge: The drum tilts to pour the mixed concrete into a wheelbarrow or onto the ground. Benefits: Portability: Easy to move between small, tight job sites. Efficiency: Quick mixing time for small batches. Cost-Effective: Lower operating costs and energy consumption. Durability: Built with quality materials for long service life.

A tilting body mixer machine is a versatile device, primarily used for either mixing concrete in construction or grinding and mixing food ingredients in commercial settings, distinguished by its ability to pivot or “tilt” its mixing drum for easy and rapid discharge of contents. This gravity-assisted emptying mechanism is its key feature. Design and Mechanism Structure: The machine consists of a motor, a durable mixing drum (often stainless steel for food use or mild steel for construction), internal mixing blades, and a frame that allows the drum to tilt on a fixed axis. Mixing Action: As the drum rotates, the internal blades lift the materials, which then tumble back down due to gravity, ensuring a homogeneous and consistent mix. Tilting Mechanism: A manual lever, gear system, or a hydraulic system is used to pivot the entire drum downward. This action allows the mixed material to pour out of the single, wide opening efficiently and quickly. Key Features and Advantages Rapid Discharge: The main advantage is the speed at which the contents can be emptied, which is significantly faster than non-tilting or reversing drum mixers. Prevents Segregation: The rapid, wholesale pour prevents heavier materials (like large aggregates in concrete) from separating from the finer mix. Versatility: It can handle various mix types, from wet and dry food batters/pastes to stiff, low-slump concrete mixes. Ease of Use & Cleaning: The simple, open design and the ability to tilt the drum to different angles make the machine easier to clean and operate with less manual effort. Durability: Typically constructed with robust, commercial-grade materials like food-grade stainless steel for longevity and use in demanding environments. Applications Commercial Food Preparation: Widely used in sweet shops, catering kitchens, restaurants, and food processing units for preparing masalas, wet mixes, batters, gravies, and pastes. Construction: Essential for small to medium-sized construction projects, such as paving, driveways, or building small structures, due to its efficiency and ability to produce high-quality concrete. Typical Specifications While specifications vary by model and intended use, common parameters include: Capacity: Ranges from small commercial food blenders (5-15 liters) to large construction mixers (up to 500 liters or more). Motor Power: Typically 1.5 HP to 3 HP for food mixers, and potentially higher for industrial concrete mixers. Material: Food-grade stainless steel or durable mild steel. Power Source: Electric (single or three-phase).

concrete mixer machine combines cement, aggregates (sand, gravel), and water using a rotating drum to create uniform, strong concrete, reducing manual labor and improving quality for construction. Key parts include the drum, motor, frame, and chute, with models ranging from small portable units to large industrial ones, powered by petrol, diesel, or electricity, ensuring efficient, consistent mixing for various building applications. How It Works (Basic Rotating Drum Mixer) Loading: Cement, sand, gravel, and water are added to the open or hopper-fed drum. Mixing: The drum rotates, powered by a motor, using internal blades or paddles to tumble and blend the ingredients. Discharge: The finished concrete is poured out through a chute or by tilting the drum. Key Components Drum: The rotating vessel where mixing occurs. Motor/Engine: Provides power for the drum's rotation (electric, petrol, diesel). Frame/Chassis: The structural base, often with wheels for portability. Hopper (Optional): For self-loading materials, common in larger models. Water Tank (Optional): For controlled water addition. Types of Mixers Portable Mixers: Small, lightweight, ideal for small jobs, often hand-loaded. Stationary Mixers: Larger, fixed units for high-volume production. Concrete Mixer Pumps: Combines mixing and pumping into one machine for faster concrete placement, especially for medium projects. Twin-Shaft Mixers: Use two shafts with blades for aggressive, fast, uniform mixing, great for precast. Benefits Consistency: Ensures a homogeneous mix for stronger concrete. Efficiency: Saves time and labor compared to manual mixing. Productivity: Boosts output on construction sites. Quality Control: Prevents poorly mixed or lumpy concrete. This machine is crucial for ensuring the strength and durability of any concrete structure by providing a reliable, efficient way to produce quality concrete on-site or at a plant.