High-precision copper thermal conductivity apparatus designed for accurate lab measurements. Includes essential components for reliable experimentation.
Original price was: ₹85,500.00.₹59,850.00Current price is: ₹59,850.00.
Product Material – Copper
Grade – Laboratory Grade
Application – Thermal Conductivity Measurement
The Thermal Conductivity of Copper by Angstrom Method is a meticulously designed laboratory apparatus for precise thermal conductivity measurements. This setup includes high-purity copper components that ensure accurate and reliable results, making it an essential tool for scientific experimentation. The apparatus is crafted from laboratory-grade copper, known for its excellent thermal properties, ensuring minimal heat loss and maximum efficiency during measurements. The design adheres to the Angstrom method, a well-established technique for determining thermal conductivity, providing users with a trusted and reproducible experimental process. The kit is user-friendly, allowing for straightforward assembly and operation, which is ideal for both educational and research environments. Each component is carefully manufactured to meet stringent quality standards, ensuring durability and consistent performance. Whether used for routine experiments or advanced research, this apparatus delivers precise thermal conductivity data, making it a valuable addition to any laboratory.
This apparatus is primarily used for measuring the thermal conductivity of copper using the Angstrom method, which is essential for various scientific experiments.
The kit is specifically designed for copper, but with modifications, it can be adapted for testing other metals with similar thermal properties.
Alternative methods include the Lee’s disc method and Searle’s apparatus, but the Angstrom method is preferred for its accuracy with copper.
Store the apparatus in a dry, dust-free environment to prevent corrosion and ensure the components remain in optimal condition for precise measurements.
This kit is sourced from trusted manufacturers specializing in laboratory-grade equipment, ensuring high quality and reliability for scientific use.
Versatile lab step-down transformer delivers stable 6V-30V @ 3A and 8V @ 3A. Power general instruments reliably, ensuring precise voltage for educational and research applications.
Experience stable DC power with our regulated laboratory battery eliminator. Engineered for consistent performance, it’s a versatile and essential tool for various experimental setups, ensuring precision and safety for your electrical needs.
High-capacity Step Down Transformer providing robust and adjustable AC power for demanding laboratory applications. Ensures consistent voltage for higher current needs, enhancing precision and safety in advanced experiments.
Our laboratory tripod stands are designed to provide stable support for beakers, flasks, and other glassware during heating or experimental setups.
Our laboratory-grade filter papers ensure consistent particle retention and fast flow rates, making them a trusted choice for educational, research, and industrial applications.
Original price was: ₹85,500.00.₹59,850.00Current price is: ₹59,850.00.
High-precision copper thermal conductivity apparatus designed for accurate lab measurements. Includes essential components for reliable experimentation.
Product Material – Copper
Grade – Laboratory Grade
Application – Thermal Conductivity Measurement
The Thermal Conductivity of Copper by Angstrom Method is a meticulously designed laboratory apparatus for precise thermal conductivity measurements. This setup includes high-purity copper components that ensure accurate and reliable results, making it an essential tool for scientific experimentation. The apparatus is crafted from laboratory-grade copper, known for its excellent thermal properties, ensuring minimal heat loss and maximum efficiency during measurements. The design adheres to the Angstrom method, a well-established technique for determining thermal conductivity, providing users with a trusted and reproducible experimental process. The kit is user-friendly, allowing for straightforward assembly and operation, which is ideal for both educational and research environments. Each component is carefully manufactured to meet stringent quality standards, ensuring durability and consistent performance. Whether used for routine experiments or advanced research, this apparatus delivers precise thermal conductivity data, making it a valuable addition to any laboratory.
This apparatus is primarily used for measuring the thermal conductivity of copper using the Angstrom method, which is essential for various scientific experiments.
The kit is specifically designed for copper, but with modifications, it can be adapted for testing other metals with similar thermal properties.
Alternative methods include the Lee’s disc method and Searle’s apparatus, but the Angstrom method is preferred for its accuracy with copper.
Store the apparatus in a dry, dust-free environment to prevent corrosion and ensure the components remain in optimal condition for precise measurements.
This kit is sourced from trusted manufacturers specializing in laboratory-grade equipment, ensuring high quality and reliability for scientific use.
This essential lab-grade Battery Eliminator provides a stable, adjustable DC power source. Ideal for diverse experimental setups requiring reliable voltage supply.
Our plug keys are precision-built for use in educational physics labs to make or break circuits during experiments. Made from high-quality brass with insulated bases, they are available in one-way, two-way, three-way, and four-way designs, ensuring reliable connections and long-lasting performance.
Our retort stands and rotor stands provide firm support for clamps, apparatus, and instruments in chemistry, physics, and engineering labs.
Our stainless steel sieves are designed for accurate particle size separation and filtration in laboratories, industries, and kitchens. Crafted from food-grade stainless steel, they are resistant to corrosion, easy to clean, and available in multiple mesh sizes for different applications.
Our micropipettes deliver high accuracy and ergonomic comfort for precise liquid transfer. Popular in molecular biology, microbiology, diagnostics, and research labs, these pipettes are available in fixed and variable volume ranges, including 10–100 µl, 100–1000 µl, and up to 5000 µl capacities.
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