IONIZATION POTENTIAL OF MERCURY USING THYRATRON VALVE WITH TWO ANALOG ROUND METERS

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IONIZATION POTENTIAL OF MERCURY USING THYRATRON VALVE WITH TWO ANALOG ROUND METERS Specification

Features
IONIZATION POTENTIAL OF MERCURY USING THYRATRON VALVE WITH TWO ANALOG ROUND METERS

Usage
ENGINEERING ELECTRONICS INSTRUMENTS

Product Type
IONIZATION POTENTIAL OF MERCURY USING THYRATRON VALVE WITH TWO ANALOG ROUND METERS

Application
ENGINEERING ELECTRONICS INSTRUMENTS

Function
IONIZATION POTENTIAL OF MERCURY USING THYRATRON VALVE WITH TWO ANALOG ROUND METERS

Warranty
1 Year

IONIZATION POTENTIAL OF MERCURY USING THYRATRON VALVE WITH TWO ANALOG ROUND METERS Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash Advance (CA), Cheque, Telegraphic Transfer (T/T), Cash on Delivery (COD), Letter of Credit (L/C)

Packaging Details
Carton Box, Export Quality also Available

Main Export Market(s)
Asia, Middle East, Africa

Main Domestic Market
All India

Certifications
ISO 9001, 14001, CE

About IONIZATION POTENTIAL OF MERCURY USING THYRATRON VALVE WITH TWO ANALOG ROUND METERS

Jump on the opportunity to Purchase this unparalleled Ionization Potential of Mercury apparatus, featuring a pivotal Thyratron Valve and two monumental analog round meters. Designed for ENGINEERING ELECTRONICS INSTRUMENTS, this sophisticated system offers unmatched precision in measurement and performance. With only limited stock available, secure yours today from Indias leading exporter, manufacturer, and supplier. Benefit from a 1 Year Warranty, ensuring reliability and peace of mind. Elevate your research and experimentation with this state-of-the-art instrument for academic, industrial, and laboratory applications.

Versatility, Features & Advantages

The Ionization Potential of Mercury apparatus, equipped with a Thyratron Valve and dual analog meters, is versatile for advanced engineering electronics and research laboratories. Its analog meters ensure accurate readings, while the robust build leads to longevity and consistent results. Other competitive benefits include adaptability across diverse experimental settings and a design that streamlines calibration, empowering users with precise and dependable measurements in physics and electronics applications.

Sample Policy & Export Markets

Packing & Dispatch procedures are strictly managed to ensure safe transportation and flawless delivery. Samples can be provided in adherence to a transparent Sample Policy. With wide export coverage in Asia, the Middle East, Africa, and beyond, our dispatching team ensures prompt response and efficient delivery times to all main export markets. Dedicated customer support further smoothens the process, guaranteeing timely order fulfillment and uncompromised quality during packaging and shipping.

FAQs of IONIZATION POTENTIAL OF MERCURY USING THYRATRON VALVE WITH TWO ANALOG ROUND METERS:

Q: How is the Ionization Potential of Mercury measured using this instrument?

A: The instrument utilizes a Thyratron Valve combined with two analog round meters to accurately measure the ionization potential of mercury through controlled electronic procedures.

Q: What are the main competitive advantages of this apparatus?

A: Notable advantages include robust construction, precise analog measurement, reliable Thyratron Valve operation, and adaptability for various engineering electronics experiments.

Q: When can customers expect delivery upon purchase?

A: Dispatching commences promptly after order confirmation, with delivery times varying according to the destination but typically occurring within a moderate period for both domestic and export markets.

Q: Where is this product manufactured and supplied from?

A: This instrument is manufactured and supplied directly from India by a trusted exporter, manufacturer, and supplier, ensuring quality and authenticity.

Q: What other features enhance this products usability across applications?

A: Additional features such as dual analog meters and robust packing allow for accurate measurement, easy calibration, and secure transportation, making it suitable for educational, research, and industrial applications.

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