High Frequency Vibrators

Approx. Rs 6,000 / PieceGet Latest Price

A shuttering vibrator motor, also known as an vibrator, is a powerful electric motor designed to be clamped onto concrete formwork (shuttering) to improve the quality of poured concrete. Here's a breakdown of its key features and applications:

Function:

• Creates high-frequency vibrations that travel through the formwork into the fresh concrete.
• These vibrations eliminate air bubbles and voids within the concrete, leading to:
  • Denser, stronger concrete
  • Smoother surface finish
  pen_spark

Additional Information:

• Production Capacity: 15-20 pcs

Approx. Rs 8,000 / PieceGet Latest Price

A shuttering vibrator motor, also known as an external vibrator, is a powerful electric motor designed to be clamped onto concrete formwork (shuttering) to improve the quality of poured concrete. Here's a breakdown of its key features and applications:

Function:

• Creates high-frequency vibrations that travel through the formwork into the fresh concrete.
• These vibrations eliminate air bubbles and voids within the concrete, leading to:
  • Denser, stronger concrete
  • Smoother surface finish
  pen_spark

Additional Information:

• Production Capacity: 25-30 pcs
• Delivery Time: ready stock

Approx. Rs 22,000 / PieceGet Latest Price

A high frequency vibrator is a specialized electric motor designed to generate rapid vibrations for industrial applications. Here's a closer look at what sets them apart and their typical uses:

Function:

• Similar to standard vibrator motors, they utilize unbalanced weights (eccentric masses) on the motor shaft.
• However, high frequency vibrators operate at a much faster rate, typically in the range of 100 to 180Hz (cycles per second). This rapid rotation creates high-frequency vibrations.
• In some models, the vibration frequency can be adjustable to suit specific needs.

Applications:

High frequency vibrators excel in situations where rapid and intense vibrations are crucial:

• Concrete Compaction: In precast concrete production, they ensure thorough consolidation of the mix, eliminating air bubbles and voids for a denser, stronger final product.
• Material Handling: Used in vibratory screens and sifters to efficiently separate and sort fine materials by particle size.
• Food Processing: Assist in processes like sieving flour, filtering liquids, and densification of powders for better flow and handling.
• Molding and Debubbling: High-frequency vibrations can help remove air pockets trapped within molded parts, leading to a smoother and more consistent final product.
• Testing and Analysis: Used in laboratory equipment for material testing and analysis, simulating real-world vibration conditions.

Benefits of High Frequency Vibration:

• Enhanced Efficiency: The rapid vibrations promote faster and more efficient processing in various applications.
• Improved Quality: High-frequency consolidation in concrete or fine material separation in screens lead to a higher quality end product.
• Precise Control (on some models): Adjustable vibration frequency allows for fine-tuning the process to optimize results for specific materials.

Features to Consider:

• Vibration Frequency: Choose a model with a frequency range suitable for your application.
• Force Output: Select a motor with sufficient centrifugal force to achieve the desired vibration intensity.
• Duty Cycle: Consider the motor's ability to handle continuous operation or specify rest periods if needed.
• Mounting Options: Ensure compatibility between the motor's mounting style (e.g., flange mount) and your equipment.