Electrical Apparatus

High-Quality Electrical Apparatus for Laboratories

Discover a comprehensive range of Electrical Apparatus designed to meet the needs of schools, colleges, and research laboratories. Our products are built to deliver precision and durability, supporting a variety of scientific and analytical applications.

Key Features

Quality Assurance: Available in school-grade, university-grade, and export-grade models to suit varying requirements.
Robust Design: Engineered for durability and frequent use in laboratory environments.
Accurate Results: Reliable performance for educational and research applications.
Custom Packaging: Securely packed in fully labeled corrugated boxes, with optional wooden packaging for additional safety.

Product Range

1. pH Meters

Types: Benchtop or pocket-sized models; available in digital and microprocessor-based versions.
Applications: Accurate measurement of acidity and alkalinity in liquids, essential for chemistry and biology experiments.

2. Calorimeters

Features: Benchtop models available in digital or microprocessor-based configurations.
Applications: Ideal for determining heat changes in chemical reactions or studying thermodynamic processes.

3. Conductivity Meters

Types: Benchtop or portable; digital or microprocessor-based.
Applications: Precisely measure the conductivity of liquids, widely used in water quality testing.

4. Spectrophotometers

Options: Single-beam and double-beam; digital or microprocessor-based.
Applications: Analyze the absorption of light by substances, critical for chemical, biological, and materials research.

5. Turbidity Meters

Types: Benchtop or pocket-sized models with digital or microprocessor-based options.
Applications: Measure the cloudiness or turbidity of liquids, commonly used in water treatment and environmental monitoring.

6. TDS Meters

Types: Benchtop or pocket-sized; digital or microprocessor-based.
Applications: Evaluate Total Dissolved Solids (TDS) in water, ensuring compliance with quality standards.

7. Potentiometers

Features: Benchtop models with digital or microprocessor-based functionalities.
Applications: Measure electromotive force (EMF) and voltage for detailed electrochemical analysis.

8. Flame Photometers

Options: Digital and microprocessor-based models with configurations for 2, 4, or 5 parameters.
Applications: Analyze metallic ions such as sodium, potassium, and calcium in liquid samples.

Why Choose Us?

Wide Range: Comprehensive options for various scientific needs.
Precision and Quality: Designed for accurate results and long-lasting performance.
Tailored Solutions: Customizable models to suit specific laboratory requirements.
Expert Support: Professional guidance for selecting and using the right apparatus.

Q1. What is the purpose of pH meters?

pH meters are used to measure the acidity or alkalinity of liquids, essential for experiments in chemistry and biology.

Q2. What are the benefits of microprocessor-based devices?

Microprocessor-based devices offer enhanced accuracy, advanced features like data storage, and multi-parameter measurement, making them ideal for research labs.

Q3. How do I decide between benchtop and pocket-sized models?

Benchtop models: Best for stationary use in labs. Pocket-sized models: Compact and portable, suitable for fieldwork or on-site testing.

Q4. What is the difference between single-beam and double-beam spectrophotometers?

Single-beam models: Cost-effective and suitable for basic applications. Double-beam models: Provide higher accuracy by comparing sample and reference beams simultaneously.