Twin Shaft Mixer

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MOQ : 1 Unit

Twin Shaft Mixer Specification

Application
Concrete Mixing, Batch Mixing, and Industrial Material Blending

Shaft Configuration
Twin Parallel Shaft

Operating Temperature Range
-10°C to +60°C

Mixing Capacity
2000 Liters per Batch

Weight
2850 kg

Maintenance Access
Side Doors and Inspection Windows

Control System
Automated PLC Control

Power Requirement
55 kW

Drive Type
Electric Motor

Noise Level
76 dB(A)

Discharge Type
Bottom Pneumatic Discharge

Rotation Speed
35 RPM

Twin Shaft Mixer Trade Information

Minimum Order Quantity
1 Unit

Supply Ability
4 Units Per Month

Delivery Time
15 Days

About Twin Shaft Mixer

As a reputed manufacturer and supplier of the qualitative range of machinery items, here we are supplying Twin Shift Mixer which is made by using required materials with the help of sophisticated technology. This item can be furnished with twofold release entryways or more extensive/shorter release doors, stickiness and temperature sensor, camera and so forth according to ask for or potentially it can be extraordinarily intended for RCC creation. We supply this Twin Shift Mixer at cost-effective price.

Advanced Mixing Performance

Featuring twin parallel shafts operating at 35 RPM, the mixer delivers consistent and thorough blending for a wide range of materials. High-grade alloy steel construction and a smooth internal finish contribute to optimal material flow and mixing uniformity, making it suitable for concrete, industrial compounds, and batch processing.

User-Friendly Maintenance and Control

The equipment includes side doors and inspection windows, simplifying inspection and servicing. Automated PLC control provides intuitive operation and process management, while a bottom pneumatic discharge system ensures swift and clean unloading. The design enhances productivity while minimizing downtime for maintenance.

Durable and Safe for Industrial Use

Built with 16 mm thick alloy steel and an anti-corrosive finish, this mixer is engineered for longevity and reliability. Its robust structure, certified at 58 HRC hardness and 0.05 mm roundness, withstands challenging operating temperatures ranging from -10C to +60C, making it suitable for various industrial applications in India.

FAQs of Twin Shaft Mixer:

Q: How does the twin shaft configuration benefit the mixing process?

A: The twin shaft configuration ensures more effective and uniform mixing by creating counter-rotating flows within the batch. This design enhances blending efficiency, reduces mixing time, and results in consistently homogenized output, especially beneficial for high-precision applications like concrete and industrial material blending.

Q: What applications are best suited for this Twin Shaft Mixer?

A: This mixer is ideal for concrete production, batch mixing, and a variety of industrial material blending tasks. Its robust design and high capacity make it suitable for use in construction materials manufacturing, chemical processing, and large-scale industrial operations throughout India.

Q: When should maintenance be performed on the mixer?

A: Routine maintenance should be carried out based on usage frequency and manufacturers recommendations. The side doors and inspection windows offer convenient access for regular inspections, cleaning, and servicing to ensure peak performance and prevent unexpected downtimes.

Q: Where is this mixer most commonly installed or used?

A: The Twin Shaft Mixer is commonly deployed in industrial plants and construction sites. Its durable design and capacity accommodate high-volume production environments, making it a preferred choice for manufacturers and suppliers across India needing reliable batch mixing solutions.

Q: What is the process for operating the mixers automated PLC control system?

A: To operate the mixer, authorized personnel use the automated PLC (Programmable Logic Controller) panel to select mixing parameters, monitor batch progress, and control start or stop functions. The PLC system streamlines workflow, enhances precision, and minimizes human error during operation.

Q: What are the primary benefits of choosing this mixer for industrial use?

A: Primary benefits include high-precision mixing, energy-efficient operation, and robust build quality. The anti-corrosive coating and smooth surface finish extend service life, while the easy maintenance features and automated controls optimize productivity and user safety.

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