DIELECTRIC CONSTANT IN LIQUID (RESONANCE METHOD

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DIELECTRIC CONSTANT IN LIQUID (RESONANCE METHOD Specification

Type
Resonance Method Apparatus

Material
Stainless Steel and High Grade Insulating Material

Size
Standard Bench Top

Input Voltage
230 V AC, 50 Hz

Color
Grey & Blue

Dimension (L*W*H)
480 x 300 x 210 mm

Capacity
Single Test Sample

Accuracy
±1% of measured value

Power Consumption
Approximately 30 W

Accessory Included
Coaxial Sample Cell, Connecting Cables

Environmental Conditions
Room Temperature (10°C to 40°C)

Application
Measurement of dielectric constant in liquids

Measurement Range
Up to 10 MHz

Control
Manual Probe Adjustment

Display Type
Digital Frequency Readout

Protection
Fuse Protection for Circuit Safety

Sample Holder Material
PTFE or Borosilicate Glass

About DIELECTRIC CONSTANT IN LIQUID (RESONANCE METHOD

Experience a commanding breakthrough in material analysis with the DIELECTRIC CONSTANT IN LIQUID (RESONANCE METHOD) apparatus. Available for a limited time under our popular promotion, this valiant instrument boasts a dominant digital frequency readout, measuring dielectric constants in liquids up to 10 MHz with 1% accuracy. Crafted with high-grade stainless steel, PTFE or borosilicate glass, it features fuse protection for safe, reliable operation. The robust coaxial sample cell, manual probe adjustment, and resilient design ensure it commands respect in any lab. Now available through leading distributors, exporters, manufacturers, suppliers, and traders across India.

Precise Measurement and Broad Applications

The DIELECTRIC CONSTANT IN LIQUID (RESONANCE METHOD) utilizes resonance principles, enabling precise analysis of the dielectric properties of liquid samples. The digital frequency readout simplifies the measurement process, while the versatile sample holders suit a wide range of liquids. This instrument is widely used in research, industrial labs, and quality control, particularly where accurate liquid characterization is vital. Its application method and robust design make it perfect for educational and plant-based experiments.

Market Reach, Valuation, and Packing Details

Our apparatus is available throughout India as the main domestic market, with strategic FOB ports like Mumbai ensuring swift international shipments. Major export destinations include Asia, Africa, and the Middle East, reflecting our global reach. Each unit is carefully packed and dispatched to preserve integrity and provide maximum valuation for our clients. The sale price is competitive, and all shipments are handled to ensure prompt delivery and customer satisfaction worldwide.

FAQ's of DIELECTRIC CONSTANT IN LIQUID (RESONANCE METHOD:

Q: How does the resonance method measure the dielectric constant in liquids?

A: The resonance method applies a variable frequency to a liquid sample, detects the resonance response, and calculates the dielectric constant based on frequency shifts, delivering highly accurate results.

Q: What are the main applications of the DIELECTRIC CONSTANT IN LIQUID (RESONANCE METHOD) device?

A: This device is primarily used in laboratories and industrial environments for research, educational studies, quality assurance, and process control, wherever precise dielectric measurement of liquids is crucial.

Q: When should I use PTFE versus borosilicate glass sample holders?

A: PTFE is recommended for highly corrosive or reactive chemicals due to its superior chemical resistance, while borosilicate glass is ideal for general-purpose and transparent liquid measurements.

Q: Where is the device primarily marketed and distributed?

A: The apparatus is distributed widely across India and exported to various international markets including Asia, Africa, and the Middle East through prominent FOB ports.

Q: What process ensures the protection and safety of the apparatus?

A: The device is equipped with fuse protection for circuit safety and is packaged securely to minimize transit damage during dispatch and delivery.

Q: How can users benefit from the digital frequency readout feature?

A: The digital frequency display allows users to read measurement values clearly, improving accuracy, reducing manual calculation errors, and streamlining the measurement process.

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