'science laboratory supplies'

A 500g slotted weight set inclusive of a hanger is a laboratory tool used in physics and general science for experiments involving force, mass, and acceleration. The total weight of 500 grams is made up of a combination of cylindrical weights and a hanger.

The Young Modules Apparatus, standard size with an iron rod, is a laboratory instrument designed to measure the Young's modulus of iron. It consists of an iron rod securely mounted on a frame, equipped with a scale and weights to apply varied tensile forces. The device measures the elongation of the iron rod under different loads, enabling calculation of the material's stiffness and elasticity. The apparatus is precise and durable, ideal for educational and research applications in material science to study stress-strain relationships of iron

The Young Modules Apparatus, standard size and made of brass, is a laboratory instrument used to determine the Young's modulus of a material, which measures its stiffness. The apparatus typically consists of a brass rod fixed at one end, with a scale and weights to apply tensile force. The elongation of the rod under different weights is measured accurately to calculate the modulus. It demonstrates the relationship between stress and strain in materials, essential for material science and engineering education and research. The apparatus is durable and precisely calibrated for reliable experimental results

A glass prism, equilateral, 38mm, 60x60x60 degrees is a precision optical component made from clear glass with three equal triangular faces and equal 60-degree angles. Shape & Dimensions: It is an equilateral triangular prism, so all three sides and angles are equal. Each face measures 38mm, and each angle is exactly 60 degrees. Material: Made of optically polished, transparent glass, offering high clarity and durability for laboratory and educational uses. Optical Properties: The prism has a refractive index of approximately 1.52 and is designed to disperse white light into its component colors or redirect beams in optical experiments. Uses: Frequently used in physics experiments to study light refraction, dispersion, and for demonstration of prism effects. It is also suitable for photography lighting effects and scientific analysis due to its ability to create visible light spectra. This prism is a standard instrument in science labs for teaching optics and conducting light experiments, valued for its geometric precision and quality construction.

Product Description: Experience the mesmerizing beauty of light dispersion with our 50mm Equilateral Glass Prism, precisely manufactured with three 60-degree angles. This classic optical instrument is crafted from high-quality, clear optical glass, designed to perfectly demonstrate how white light separates into its constituent colors – the visible spectrum. Its highly polished surfaces ensure minimal scattering and maximum light transmission, providing vivid and accurate spectral displays. An essential tool for physics education, scientific demonstrations, and photography, this equilateral prism is ideal for classrooms, laboratories, and anyone fascinated by the science of light. Witness Newton's famous experiment firsthand and unravel the secrets of color and light. Key Features: Perfect Equilateral Angles: Each of the three internal angles is precisely 60 degrees, optimizing the prism for maximum dispersion of white light into its spectrum. Generous 50mm Size: A substantial size that offers a larger surface area for light interaction, resulting in a clearer and more vibrant spectral display, visible to multiple observers. Premium Optical Grade Glass: Made from superior, transparent optical glass, ensuring excellent light transmission, minimal light absorption, and true color representation. Three Polished Surfaces: All three faces are meticulously polished to optical standards, reducing surface imperfections and allowing light to pass through with exceptional clarity. Primary Educational Application: Specifically designed for demonstrating: Light Dispersion: Clearly separates white light into the full visible color spectrum (rainbow effect). Refraction: Observe how light bends as it enters and exits the glass. Total Internal Reflection: Can also be used to show internal reflection under specific conditions. Durable & Resilient: Constructed for long-term use in demanding educational and experimental environments, resistant to common wear and tear. Versatile Use: Ideal for physics classrooms, laboratory experiments, photography special effects, artistic light installations, and personal scientific exploration. Inspires Scientific Curiosity: Provides a captivating visual experience that makes the abstract concepts of light and color tangible and exciting.

Product Description: Explore the principles of light with unparalleled clarity using our 38mm Right-Angle Glass Prism, featuring precise angles of 90, 45, and 45 degrees. Made from high-quality, optical-grade glass, this prism is an essential tool for demonstrating fundamental concepts of total internal reflection, light deviation, and image inversion in physics. Its three highly polished surfaces ensure minimal light loss and exceptional optical performance, making it perfect for both educational demonstrations and intricate experimental setups. The right-angle design allows for clear visualization of light path bending and redirection, making complex optical phenomena accessible and understandable for students and educators in classrooms, laboratories, and home-based science exploration. Key Features: Precise 90x45x45 Degree Angles: Meticulously cut to exact right-angle specifications, ensuring accurate and predictable optical behavior for experiments. Optimal 38mm Size: A convenient size for easy handling, positioning, and observation in various experimental setups, suitable for both individual and group demonstrations. High-Quality Optical Glass: Manufactured from crystal-clear, transparent glass for superior light transmission and minimal distortion, providing bright and clear light paths. Three Polished Surfaces: All three faces are expertly polished to reduce surface imperfections and maximize optical clarity, crucial for precise experimental results. Versatile Optical Applications: An indispensable tool for demonstrating and studying: Total Internal Reflection: Clearly observe how light can be completely reflected within the prism. Light Deviation: Demonstrate how the prism can change the direction of a light ray by 90 or 180 degrees. Image Inversion/Erection: Explore how the prism can flip or reorient an image. Refraction: Observe light bending as it enters and exits the glass. Durable Construction: Designed for repeated use in educational and laboratory environments, offering robustness and longevity. Essential for STEM Education: A foundational piece of equipment for physics classrooms, science fairs, laboratory experiments, and STEM learning kits.

A 2-inch G-Clamp is a general-purpose clamp device used to hold wood or metal workpieces securely during various tasks such as carpentry, welding, and laboratory setups. Also known as a C-clamp or carriage clamp, it consists of a C or G-shaped frame with a threaded screw that opens and closes to clamp materials of different thicknesses. Specifications Size: 2 inches with a maximum opening capacity of approximately 50 mm. Dimensions: Approximately 90 x 60 x 10 mm (width x height x thickness). Construction: Typically made of drop-forged steel or malleable iron for strong and durable performance. Features a swivel pad on the screw for safer clamping and even pressure distribution. Typical Use The 2-inch G-Clamp is commonly used in woodworking, metal fabrication, welding, and laboratory apparatus setup to securely hold components in place, ensuring stability and precision during work processes. It is compact and versatile, making it a staple tool in general lab supplies and workshops. This clamp is ideal for small to medium-sized clamping tasks requiring reliable grip and adjustable pressure control through its screw mechanism.

A four-way gas tap is a bench-mounted laboratory fitting designed to supply gas safely and efficiently to four separate outlets from a single unit, making it ideal for multipoint gas distribution in science labs. It is constructed from solid brass and coated with Rilsan plastic, making it durable, corrosion-resistant, and compliant with safety standards such as British Gas and BSI certifications. Key Features Four outlets with drop lever operation for easy and quick control of gas supply to multiple devices or workstations. Suitable for both natural and LPG gas applications providing versatility in laboratory setups. Body color usually white (RAL 9016) with high-visibility yellow levers for easy identification and safety checks. Maximum working pressure: 20–25 Mbar, with a flow rate of approximately 1 cubic meter/hour per nozzle at 20 Mbar. Includes installation template, anti-rotation pin, and back nut for secure and stable bench mounting. Non-Return Valve (NRV) options available to prevent backflow and enhance safety in case of hose failure. Typical Use This four-way gas tap is widely used in educational, research, and industrial laboratories where multiple gas outlets are required at a single bench, ensuring safe, controlled, and economical gas distribution across multiple users or instruments. Related What are the key safety features of four-way gas taps How to select the right gas tap for specific applications What are the installation steps for a gas tap How do non-return valves improve gas safety Which materials are most durable for gas taps

A one-way gas tap is a standard laboratory fitting designed for controlled distribution of gases, especially for applications such as Bunsen burners in educational and research laboratories. The tap is typically manufactured from solid brass and coated with a durable Rilsan plastic layer, offering strength and corrosion resistance for long-term laboratory use. Key Features Single outlet for gas flow, allowing precise control and safety in laboratory work. Suitable for both natural and LPG gas applications, making it versatile for different gas sources. Robust brass construction with anti-rotation base and safety location pin to secure the tap on workbenches. Maximum working pressure: 20–25 Mbar, with a typical flow rate of 1 cubic meter/hour at 20 Mbar per nozzle. Applications: Widely used in school, college, hospital, and industrial labs for providing a safe, regulated gas supply. Typical Use The one-way gas tap is designed for mounting on laboratory benches and is commonly found in science classrooms and professional research environments where it provides reliable and safe access to controlled gas supply for experiments and heating applications.