'durable laboratory glassware suppliers hyderabad'

Borosilicate lab glassware and apparatuses are essential tools used in scientific laboratories for precise chemical handling, measurements, and reactions. Made from borosilicate glass, these items are highly resistant to thermal shock, chemical corrosion, and mechanical stress, making them durable and reliable for repeated use in demanding laboratory environments. Common Types of Borosilicate Lab Glassware Measuring Cylinders: Used for precise volume measurements with graduations and plastic bases for stability. Volumetric Flasks: Designed for accurate preparation of solutions with plastic stoppers for secure sealing. Beakers: Simple containers for mixing, heating, and stirring liquids. Conical Flasks (Erlenmeyer Flasks): Used for mixing by swirling without risk of spillage. Pipettes and Burettes: For precise liquid dispensing and titration. Test Tubes and Tubing: For small scale reactions and handling. Funnels and Watch Glasses: For transferring liquids and covering containers. Desiccators and Bottles: For storage and drying of substances. Key Features Made from high-quality borosilicate glass 3.3 for chemical and thermal resistance. Resistant to breakage under rapid temperature changes. Suitable for use in chemical, biological, pharmaceutical, and educational labs. Available in various capacities and shapes to suit specific laboratory tasks. This glassware is critical for maintaining accuracy, safety, and efficiency in laboratory procedures. It supports a wide range of scientific experiments and industrial processes due to its versatile and robust nature.

A 6-inch laboratory watch glass is a round, shallow, and concave piece of glassware made from durable borosilicate or soda lime glass with a thickness of approximately 2-4 mm. It is used for evaporating liquids, weighing solids, covering beakers to reduce contamination or evaporation, and observing reactions. The polished edges ensure safe handling, while the curved shape prevents sample spillage and aids condensation return. Ideal for various professional and educational laboratory tasks, this watch glass combines thermal resistance, chemical stability, and clarity for reliable lab use. The generated image shows a clear, concave 6-inch diameter watch glass suitable for lab applications

A 3-inch Watch Glass is a circular, transparent, concave laboratory glassware piece, typically 2 mm thick, made from borosilicate glass for heat resistance. It is used in scientific labs for evaporating liquids, weighing solids, covering beakers, and observing reactions, with polished edges for safe handling. Durable and reusable, it supports a wide range of lab applications. The generated image shows a clear, round watch glass with a smooth concave surface suitable for laboratory use

A 2.5 inch Watch Glass is a circular, slightly concave laboratory glassware item made from clear borosilicate glass with approximately 3 mm thickness. It is used for evaporating liquids, weighing solids, covering beakers to prevent contamination, and observing chemical reactions. The concave design helps prevent sample spillage and enables condensation to return to the container. Its polished edges provide safe handling, making it durable and reusable for various laboratory applications. The generated image shows a clear, round, concave watch glass suitable for professional lab use

A Watch Glass of 2-inch diameter is a circular, slightly concave piece of laboratory glassware primarily used for evaporating liquids, weighing solids, and as a cover for beakers or flasks to prevent contamination or evaporation. These watch glasses are typically made from borosilicate glass, known for its heat resistance and chemical durability. Specifications and features: Diameter: approximately 2 inches (50.8 mm). Thickness: typically around 2 mm. Material: clear, high-quality borosilicate glass resistant to thermal shock. Concave shape prevents solid samples from falling off and helps condensation return to the container. Polished or fire-ground edges for safe handling. Used for evaporating liquids gently, holding powders for weighing, as a lid for beakers, or for observing chemical reactions. Durable and reusable for laboratory use. Watch glasses provide excellent visibility and are essential for many standard lab processes including sample preparation, crystallization observation, and temporary storage of liquids or solids. The generated image shows a clear, round, slightly concave laboratory watch glass with polished edges

Beaker tongs are essential laboratory tools designed to safely grip and transport hot beakers and similar vessels during experiments. Typically made from stainless steel or nickel-plated steel for durability and heat resistance, beaker tongs have a scissor-like design with jaws coated in materials like plastic or rubber to provide a secure, non-slip grip. Their length usually ranges around 10 inches (25 cm), with jaw openings up to about 7-11 cm (2.75-4.5 inches) to accommodate beakers from 50 ml to 2000 ml. Key features: Durable construction from nickel-plated or stainless steel. Plastic or rubber-coated jaws for better grip and safety. Heat-resistant and able to handle hot glassware without direct contact. Lightweight and easy to handle for safe manipulation of lab vessels. Used to avoid burns and spills when handling hot or hazardous liquids.

The Fisher Type Double Retort Clamp is a laboratory clamp designed to securely hold two burettes or glassware items simultaneously in a vertical position. It is typically made from die-pressed mild steel or other durable metals, providing strength and stability during chemical experiments. The clamp features V-grooved jaws that offer a firm grip on glassware and prevent slipping. It also includes a built-in boss head for easy attachment to retort stands or rods, facilitating adjustable positioning of the equipment. This clamp is widely used in titrations and other analytical procedures that require holding two burettes steady. Its construction ensures durability, corrosion resistance, and reliable performance in laboratory environments. In summary, the Fisher Type Double Retort Clamp is an essential lab accessory for precise, secure holding of laboratory glassware in dual configurations.Here is a description of the requested items: Resistance Loose Type (Pack of 100): A pack of 100 loose resistors, used in electronics to control current flow. They come loose for easy access and are suitable for prototyping and repairs. These resistors are standard size and power rating, often used in breadboards and soldered circuits. Retort Boss Head, Superior Aluminium Pressure Die Casting: A laboratory component made from high-quality aluminum via pressure die casting, used to hold rods or apparatus in place. It features two V-grooves for rods up to 16mm and is tightened with thumbscrew keys. It is corrosion resistant and lightweight for lab use. Retort Clamp, 3 Finger with rubber sleeve: A clamp for securely holding larger or oddly shaped glassware with three fingers covered in rubber sleeves to prevent slipping and damage. Made from aluminum alloy die casting for durability and corrosion resistance, used with retort stands in labs (see the generated image above). Retort Clamp, 4 Finger, Aluminium Pressure Die Casting, Brass Screw: A four-finger lab clamp that firmly holds glassware with a brass screw for adjustment. Made from aluminum pressure die casting, it is resistant to corrosion and lightweight, often coated for glass protection (see the generated image above). Retort Clamp, 4 Finger, Aluminium Pressure Die Casting, Iron Screw: Similar to the brass screw version, but with an iron screw, this durable four-finger clamp securely holds lab glassware and equipment. Features include aluminum die casting construction, corrosion resistance, and precise adjustment (see the generated image above). Retort Clamp, Fisher Type, Double: A specialized clamp designed to hold two burettes or glass pieces simultaneously. Made of die-pressed mild steel or alloy, it features V-grooved jaws with rubber coating and a built-in boss head for attachment to stands. Used in titrations and analytical chemistry. Fisher Type Double Retort Clamp Detailed Description: This clamp has V-grooved jaws for a firm grip, made from mild steel or die-cast metal. It is corrosion resistant and equipped with a boss head for easy stand mounting. It is essential in

The Retort Clamp, 4 Finger, Aluminium Pressure Die Casting with Brass Screw is a laboratory clamp designed for securely holding laboratory glassware or equipment such as flasks, condensers, or burettes during experiments. Key features include: Four finger-shaped prongs that provide a strong, stable grip on objects. Made from durable aluminium alloy using pressure die casting, ensuring strength, corrosion resistance, and a lightweight design. Equipped with a brass screw mechanism for precise tightening and adjustment. The clamp can hold objects of various sizes firmly and is typically used in conjunction with retort stands for adjustable positioning. The fingers may be coated or sleeved with materials like rubber or PVC for better grip and protection of delicate glassware.

A Retort Boss Head is a component commonly used in laboratory setups to securely hold rods or apparatus in place. This specific one is made from superior aluminum pressure die casting, which means it is crafted from high-quality aluminum alloy using a high-pressure mold casting process for durability and precision. The boss head typically features two orthogonal V-grooves to accept rods up to about 16 mm diameter, which are secured tightly by thumbscrew keys usually made of mild steel. This enables it to hold laboratory glassware or other equipment firmly both vertically and horizontally during experiments. The aluminum die casting construction provides strength, resistance to corrosion, and a lightweight structure making it suitable for various lab applications. This retort boss head allows for stable and adjustable positioning of rods and clamps, making it an essential accessory in lab retort stands or support systems.A Retort Boss Head is a durable laboratory component made from superior aluminum pressure die casting. It is designed to hold rods up to about 16 mm in diameter, secured with mild steel thumbscrew keys, allowing vertical or horizontal use. The aluminum die casting provides strength, corrosion resistance, and a light structure, making it ideal for stable and adjustable positioning of glassware and equipment on lab retort stands.