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Amber Reagent Bottle (Screw Cap) 2000 ml This 2000 ml Amber Reagent Bottle is crafted from high-quality 3.3 borosilicate glass for optimal chemical resistance and durability. The amber coating shields light-sensitive chemicals from harmful UV light, ensuring safe and long-term storage. The bottle features a wide mouth for easy filling, along with white graduation markings from 400 ml to 1800 ml, in 200 ml intervals, for convenient measurement. It is equipped with a drip-free GL 45 screw cap and a pouring ring to prevent spills during transfer. The bottle, cap, and pouring ring are all autoclavable, supporting sterile laboratory practices. This large-volume bottle is suitable for the safe storage and dispensing of reagents in laboratory, pharmaceutical, and industrial environments.

Whatman® Original Filter Paper is a high-quality cellulose-based filtration product widely used in laboratories for qualitative and quantitative analysis. Known for its consistent performance, it offers various grades tailored for different applications, including routine filtration, analytical separations, soil analysis, and food testing. The filter papers feature exceptional particle retention, flow rate, and purity while maintaining strength wet or dry. They are suitable for diverse scientific fields such as biology, chemistry, molecular biology, and environmental studies. Available in multiple formats and sizes, Whatman filters ensure precise and reliable separation of solids from liquids, making them essential for analytical and research purposes. The generated image depicts a range of Whatman original filter papers in typical laboratory presentation

This water distiller with a capacity of 4 liters per hour is constructed from seamless stainless steel 304 grade, ensuring durability and corrosion resistance. It operates on 220-230 V AC with a 3 kW Kanthal A1 wire heating element. The unit includes safety features such as low water cut-off and automatic heater shutdown. It uses a double distillation process, producing high purity water for laboratories and industries. The compact, automatic design includes a control panel and is suitable for regular testing in steel manufacturing, foundries, and quality control labs. The generated image shows a robust and polished stainless steel water distiller capable of producing 4 liters/hour of purified water

Description Consists of metal wire wound tightly into a helical or spiral form, capable of stretching and compressing. With a length of 3 inches, this spring is suitable for tasks requiring moderate flexibility and shock absorption. The spring material is usually spring steel, stainless steel, or other metals known for their durability and elastic properties. Features Used in mechanical systems to absorb shock, provide tension or compression, or store energy. Exhibits high tensile strength and resilience. Can be customized in wire diameter, coil diameter, and length to suit specific industrial or mechanical needs. Resistant to corrosion depending on material type, suitable for various environments. Applications Widely used in automotive components, gardening equipment, industrial machinery, and consumer products. Common in vibration damping, load supporting springs, and flexible couplings. Serves as essential elements in devices that require regulated motion or force control. Manufacturers produce these spiral springs to meet quality standards and diverse industry requirements, offering customization in size and material for specific use-cases.

Description It consists of a helical metal spring fitted with a fine metal pointer attached to the spring coil. The pointer is used to indicate the spring’s extension or compression on a scale, allowing precise measurement of displacement during experiments. This apparatus is part of the Nuffield Physics program, which emphasizes high-quality, economical equipment for educational use in schools and colleges. Features and Uses The spring exhibits elastic behavior according to Hooke’s Law. The metal pointer enhances accuracy by providing a clear visual indicator of spring extension. It is commonly used in physics classrooms and labs to help students study the relationship between force and displacement in springs. Designed for repeated use and durability, making it ideal for student experiments. This straightforward yet effective tool is essential for understanding spring mechanics and forms a core part of physics lab practicals in education.

A high-precision counting scale is an advanced electronic weighing and counting instrument used for accurately tallying large quantities of small, uniform parts. It works by calculating an average piece weight from a small sample, then applying that weight to a bulk batch. These scales are used in manufacturing, inventory management, retail, and pharmaceuticals to save time and reduce manual counting errors.

A high-precision counting scale is an advanced electronic weighing and counting instrument used for accurately tallying large quantities of small, uniform parts. It works by calculating an average piece weight from a small sample, then applying that weight to a bulk batch. These scales are used in manufacturing, inventory management, retail, and pharmaceuticals to save time and reduce manual counting errors.

A high-precision counting scale is an advanced electronic weighing and counting instrument used for accurately tallying large quantities of small, uniform parts. It works by calculating an average piece weight from a small sample, then applying that weight to a bulk batch. These scales are used in manufacturing, inventory management, retail, and pharmaceuticals to save time and reduce manual counting errors.

A high-precision counting scale is an advanced electronic weighing and counting instrument used for accurately tallying large quantities of small, uniform parts. It works by calculating an average piece weight from a small sample, then applying that weight to a bulk batch. These scales are used in manufacturing, inventory management, retail, and pharmaceuticals to save time and reduce manual counting errors.