Product Details:
| Minimum Order Quantity | 1 Piece |
| Automation Grade | Manual |
| Output Capacity | 480 Liters |
| Power Source | Electric |
| Brand | Suryakanthi |
| Type Of The Drum Mixer | Tilting Drum Mixer |
| Usage/Application | Concrete Block |
| Mixer Type | Drum |
| Speed Of Mixing Drum | 13r/min |
| Country of Origin | Made in India |
A Manual Concrete Mixer is a type of concrete mixer that requires manual effort to operate. Unlike automatic or electric-powered models, manual concrete mixers typically rely on a person to either rotate the drum or control the mixing process. These mixers are ideal for small-scale or DIY projects, offering portability, affordability, and simplicity.
🔧 Key Features of a Manual Concrete Mixer:| Feature | Description |
|---|---|
| Capacity | Generally smaller in capacity, ranging from 120L to 500L. |
| Power Supply | Manual operation—no electricity or fuel needed. A person operates the mixer by either turning a handle or using a rotating mechanism. |
| Mixing Mechanism | Rotating drum design, with some models featuring a tilting drum for easier unloading. |
| Portability | Typically lightweight and portable, making it easy to move around the site. Often mounted on wheels or handles for easy transport. |
| Material Construction | Built from steel or cast iron, making them durable yet lightweight for manual use. |
| Operation | Simple and easy to operate by one or two people. Can be manually rotated either by a hand crank or lever. |
| Weight | Lightweight compared to electric or heavy-duty models, typically ranging from 50kg to 150kg, depending on the size. |
| Design | Drum-style mixer, usually a single rotating drum. Some models have tilting drums for easy unloading. |
Cost-Effective: Manual mixers are more affordable compared to electric or diesel-powered models, making them ideal for smaller jobs or budget-conscious contractors.
Portability: These mixers are lightweight and easy to transport, perfect for small job sites or DIY projects where mobility is key.
Simplicity: The operation is straightforward and doesn't require electricity or fuel, which reduces operational costs and the need for technical expertise.
Low Maintenance: With fewer moving parts and no motor, manual mixers require less maintenance than powered mixers. They are less prone to electrical or mechanical failures.
Environmentally Friendly: Since they don't rely on electricity or fossil fuels, manual mixers are eco-friendly and don't contribute to energy consumption or emissions.
Flexibility: Manual concrete mixers can be used in remote locations where there is no power supply, making them versatile for a variety of applications.
DIY Projects: Ideal for homeowners or hobbyists working on small-scale concrete jobs like garden paths, patios, or small retaining walls.
Small Construction Jobs: Suitable for contractors working on small residential buildings, home improvements, or repairs that don’t require large volumes of concrete.
Landscaping: Often used to mix concrete for landscaping projects such as driveways, curbs, and decorative garden features.
Precast Concrete: Used in small-scale precast production, such as producing concrete blocks or tiles for local projects.
Remote Locations: Manual mixers are beneficial for construction sites or rural areas where access to electricity or fuel is limited.
Additional Information:
Product Details:
| Automation Grade | Manual |
| Power Source | Diesel |
| Brand | Suryakanthi |
| Speed Of Mixing Drum | 14 r/min |
| Automatic grade | Semi-Automatic |
| Power(hp) | 5HP |
| Charging capacity | 250 Ltr |
| Reclaiming capacity | 500 liters |
| Material | Cast iron |
A Heavy Duty Concrete Mixer Machine is a high-performance machine designed for large-scale construction projects that require high volumes of concrete. These machines are typically used for industrial and commercial construction, such as building highways, bridges, large buildings, and other infrastructure projects. Heavy-duty concrete mixers are built to handle large amounts of materials and operate continuously over long periods without compromising on performance or quality.
�� Key Features of a Heavy Duty Concrete Mixer Machine:| Feature | Description |
|---|---|
| Capacity | Typically ranges from 500L to 2000L, making them suitable for large projects. |
| Power Supply | Primarily electric, diesel, or petrol-powered, depending on the specific requirements of the project and location. |
| Motor Power | Usually ranges from 10 HP to 40 HP for larger capacity models, providing more power for heavy-duty mixing tasks. |
| Mixing Mechanism | Commonly drum-style, with a tilting mechanism for easier discharge. Some models may also feature a twin-shaft or planetary mixing design. |
| Design | Robust and durable construction with high-quality steel components to withstand heavy wear and tear. |
| Discharge Mechanism | Tilting drum or manual/electric discharge. Some models have hydraulic discharge systems for easier material removal. |
| Portability | Larger models may be mounted on chassis with wheels for transportation across large job sites. Smaller versions may be mounted on trailers. |
| Speed Control | Some models have adjustable speed control for better control over the mixing process and consistency. |
| Weight | Heavy-duty machines can weigh upwards of several tons to provide the stability needed for high-volume, continuous mixing. |
| Durability | Built for long-term, intensive use, these machines are designed to withstand abrasive materials, high mixing speeds, and large batch sizes. |
High Volume Mixing: These machines are capable of mixing large quantities of concrete in one batch, making them ideal for large-scale construction projects that require consistent and quick production.
Consistency and Quality: Ensures uniform mixing of aggregates, cement, water, and additives, resulting in consistent concrete quality throughout the batch.
Increased Productivity: Heavy-duty mixers can operate continuously for longer hours without overheating or breaking down, making them more productive than smaller models.
Durability: Designed with reinforced components, these mixers can handle the rigorous demands of industrial work, including the mixing of tough aggregates and additives.
Powerful Motor: Equipped with powerful motors to mix large volumes quickly and efficiently, even in harsh working environments.
Easy Operation: Despite their heavy-duty nature, these mixers are designed for ease of use with simple control systems, reducing the learning curve for operators.
Reduced Labor: Since the mixing process is automated, the need for manual labor is significantly reduced, allowing workers to focus on other tasks.
Product Details:
| Pan Capacity | All, 200 Kg |
| Material | Mild Steel |
| Usage/Application | Industrial |
| Brand | Kirloskar |
| Batch Capacity | 200 Kg |
| Mixer Type | PAN |
| Power | 3Hp |
A Pan Mixer for Colour Mix is a specialized type of concrete mixer designed for mixing colored concrete. It is ideal for creating uniform color mixes for applications such as colored paving blocks, decorative concrete, colored tiles, and other architectural elements. The pan mixer is equipped with a unique mixing system that ensures thorough blending of pigments and materials to achieve a consistent, even color throughout the mixture.
🔧 Key Features of a Pan Mixer for Colour Mix:| Feature | Description |
|---|---|
| Mixing Technology | Pan-style mixing ensures better homogeneity and uniformity, particularly important for color consistency. |
| Capacity | Available in various capacities ranging from 100L to 1000L or more, depending on the scale of production. |
| Power Supply | Electric-powered, typically requiring motors between 5 HP to 20 HP depending on the model and size. |
| Blade Design | Specially designed blades (often more than one type) to mix the material evenly, especially the pigments. |
| Color Uniformity | Ensures consistent blending of pigments with the concrete, providing a uniform color throughout the batch. |
| Speed Control | Some models offer speed control for better management of mixing times and batch consistency. |
| Hydraulic System | Some advanced models include a hydraulic system for better control of the mixing process. |
| Versatility | Suitable for mixing colored cement, aggregates, additives, and even marble chips or other decorative elements. |
| Durability | Built for heavy-duty use, ensuring long-lasting operation, especially when working with pigments or additives that can be abrasive. |
| Design | Typically cylindrical with a flat mixing pan that allows for easy discharge of the mixture. |
| Discharge Mechanism | Pneumatic or manual discharge, making it easy to release the mixed concrete and transfer it to molds or casting areas. |
Color Consistency: The main advantage of using a pan mixer for colored concrete is its ability to achieve even distribution of the pigments throughout the mix, ensuring that the color is uniform in every batch.
Thorough Mixing: The pan mixer uses a high-efficiency, multi-blade design that helps to break down aggregates and mix them efficiently with colorants and other additives. This reduces the risk of clumping or uneven pigment distribution.
Time Efficiency: The fast and efficient mixing process reduces the time required to prepare batches, improving overall production speed.
Energy Efficiency: Pan mixers typically use less power than drum mixers and are more energy-efficient for small to medium-scale production.
Durable Design: Pan mixers are built to withstand the abrasion caused by frequent mixing of coarse aggregates, pigments, and cement.
Easy to Operate: These mixers are designed for simple operation, often with a user-friendly control panel that allows easy speed adjustments, monitoring, and discharge control.