The 200 mm SS Spatula for Laboratory Use is a reliable and essential tool for handling chemicals, powders, and samples safely in any lab environment. Made from high-quality stainless steel (SS), this spatula ensures strength, durability, and corrosion resistance even when exposed to chemicals or moisture. Because of its sturdy structure and smooth finish, it allows users to collect, transfer, and mix materials easily and precisely.

At 200 mm in length, the spatula provides excellent reach for working with small containers, test tubes, and beakers. It features dual ends – one flat and one spoon-shaped – giving users flexibility for multiple applications. The flat end is perfect for scraping or spreading materials, while the spoon end helps in measuring or transferring powders and granules accurately.

Unlike plastic or wooden spatulas, this stainless-steel version maintains its shape and cleanliness over time. It does not react with chemicals, which ensures contamination-free sample handling. In addition, it is easy to clean and sterilize, making it suitable for both academic and professional laboratories.

Key Features of the Spatula

• Made from high-quality stainless steel
• 200 mm length for better reach and control
• Corrosion-resistant and durable even under heavy use
• Dual-ended design (flat and spoon type) for versatile applications
• Smooth polished surface for easy cleaning and sterilization
• Ideal for chemical handling, mixing, and weighing tasks
• Reusable, long-lasting, and safe for laboratory environments

Applications of SS Spatula

The 200 mm SS Spatula is widely used in chemical laboratories, pharmaceutical industries, research institutions, and educational labs. It’s ideal for transferring, mixing, and sampling solids, powders, pastes, and gels. Researchers and students rely on it for precise sample preparation because it ensures safety, accuracy, and hygiene.

Moreover, stainless steel construction makes it an eco-friendly and reusable choice, reducing waste and cost over time. Whether you’re measuring reagents, preparing samples, or cleaning up residues, this spatula delivers the precision and durability every lab professional needs.

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• Alcohol Thermometer Length: 30 cm (Approx.)
• Measures Rang: -10º C to 110ºC
• Glass Made with Alcohol & Good Marking
• Applicable to Water, Alcohol, Whether, etc.
• Country of Origin: China
• Supplier and Wholesaler: Labtex, Dhaka.
• Good for science projects, classroom activities, and laboratory use
• This is Made of American Standard

Alcohol Thermometer 110°C – Best Quality Laboratory Thermometer for Accurate Temperature Measurement

The Alcohol Thermometer 110 Degree Celsius (Best Quality) is a precision temperature measuring instrument designed for laboratory, educational, and industrial applications. Made from high-quality glass tubing and filled with colored alcohol, this thermometer provides clear and accurate readings up to 110°C. It is an excellent alternative to mercury thermometers, offering safe, non-toxic, and environmentally friendly performance.

Because it is calibrated for laboratory use, the Alcohol Thermometer ensures accurate temperature measurement in chemical reactions, distillation setups, and environmental studies. Its durable glass construction and precise scale make it suitable for repeated use in schools, colleges, universities, and research laboratories.

The bright, colored alcohol column expands uniformly with temperature changes, making it easy to read from any angle. In addition, the temperature scale is permanently engraved and clearly marked, ensuring long-term readability and resistance to fading.

Key Features

• High-quality alcohol-filled laboratory thermometer
• Measures temperature accurately up to 110°C
• Safe and mercury-free, ideal for educational and chemical laboratories
• Made from heat-resistant, durable glass tubing
• Easy-to-read scale with clear graduation marks
• Suitable for environmental studies, chemistry experiments, and industrial processes
• Provides reliable and consistent temperature readings
• Designed for repeated and long-term laboratory use

Applications of the Thermometer

The Alcohol Thermometer 110°C is widely used in:

• Chemistry laboratories for reaction monitoring and heating experiments
• Physics experiments involving heat transfer and temperature studies
• Industrial processes requiring temperature verification
• Educational institutions for student training and demonstrations
• Environmental fieldwork for air and water temperature measurement

Because of its accuracy and safety, it is the preferred choice for both academic and professional laboratories.

How to Use It

1. Place the alcohol thermometer in the medium (liquid, air, or environment) whose temperature you want to measure.
2. Ensure that the bulb portion is fully immersed but not touching any container surface.
3. Wait a few seconds until the alcohol column stabilizes.
4. Read the temperature value at eye level for accuracy.
5. After use, clean the thermometer gently and store it in a protective case to prevent breakage.

For best results, avoid exposing the thermometer to sudden temperature changes or direct flames.

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Bunsen Burner Regular for Lab Use – Reliable Flame Source for Chemistry and Educational Laboratories

The Bunsen Burner for Lab Use is a fundamental laboratory instrument designed to provide a controlled flame for heating, sterilization, and combustion during scientific experiments. Made from high-quality brass or stainless steel, this burner ensures durability, stability, and consistent flame performance, making it ideal for schools, colleges, universities, and research laboratories.

Invented by Robert Bunsen, the Bunsen burner remains one of the most trusted and versatile heat sources in laboratories. It operates on LPG (liquefied petroleum gas) or natural gas, offering adjustable flame intensity for different heating requirements. The air control vent allows easy regulation of the gas-to-air ratio, enabling users to produce a blue (non-luminous) flame for efficient, soot-free heating.

Because of its simple design and dependable performance, the regular Bunsen burner is used in a wide range of laboratory applications — from heating chemicals to sterilizing instruments and demonstrating flame tests in chemistry classes.

Key Features the Regular Bunsen Burner

• High-quality regular Bunsen burner for laboratory use
• Made of brass or stainless steel for strength and durability
• Operates on LPG or natural gas
• Adjustable air control vent for regulating flame type and temperature
• Produces a blue, non-luminous flame ideal for clean heating
• Stable base design prevents tipping or accidents
• Suitable for educational, analytical, and research laboratories
• Compact and easy to use for routine experiments

Applications

The Bunsen Burner is widely used in:

• Chemistry laboratories for heating test tubes, beakers, and crucibles
• Microbiology and medical labs for sterilizing tools and glassware
• Educational institutions for flame test demonstrations and heat-based experiments
• Research and industrial laboratories for controlled combustion or flame applications

Because it delivers consistent heat output and adjustable flame control, the Bunsen burner is essential for experiments requiring steady, high-temperature heating.

How to Use It

1. Connect the Bunsen burner to a gas source using a rubber tube.
2. Turn on the gas slightly and ignite the top of the burner using a match or lighter.
3. Adjust the air vent to obtain the desired flame type — a blue flame for heating and a yellow flame for visual demonstrations.
4. After use, turn off the gas supply completely and allow the burner to cool before storing.

For safety, always operate the burner on a flat, heat-resistant surface and avoid placing flammable materials nearby.

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The post Physics and Chemistry Practical Note Book for SSC and HSC first appeared on Bset Lab Equipment Supplier in Bangladesh | Labtex Scientific.

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• Size: Length 2 Feel
• Base Size: 7 inch x 5 inch
• Galvanized Stand and Long Lasted Standard Laboratory Stand
• Made in Bangladesh but International Standard.

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1. Non-reactive Surface: Porcelain doesn’t react with acidic or alkaline substances, making it ideal for preparing samples or ingredients.
2. Smooth Finish: The smooth surface helps in efficient grinding, allowing for finer powders.
3. Durability: Porcelain mortars can withstand heavy use and are less likely to chip or crack compared to other materials.
4. Easy to Clean: The non-porous surface is easy to clean, making it suitable for various applications.
5. Aesthetic Appeal: Many porcelain mortars have a classic, elegant look, which can enhance the visual appeal of a kitchen or lab.

Uses of Mortar and Pestle:

• Cooking: Ideal for grinding spices, herbs, and making pastes like pesto or guacamole.
• Pharmacy and Chemistry: Used for grinding and mixing chemicals or compounds in a laboratory setting.

When using a porcelain mortar, it’s important to pair it with a pestle that’s also suitable for the material to ensure effective grinding without damaging either tool.

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Features of Spirit Lamp

• Fuel Source: Typically fueled by denatured alcohol (ethanol) or methylated spirits, which provide a clean flame.
• Container: Usually made of metal or heat-resistant glass with a wick that draws the fuel up to the flame.
• Adjustable Flame: Many spirit lamps have a mechanism to adjust the wick height, allowing for control of the flame size and heat intensity.
• Lid: Often comes with a cap to extinguish the flame safely when not in use.

General Uses of Spirit Lamp

• Heating: Commonly used to heat small amounts of liquid or solid materials in laboratory experiments.
• Bunsen Burner Alternative: Serves as a simple alternative to a Bunsen burner for demonstrations or when a gas supply is unavailable.
• Sterilization: This can be used to sterilize instruments in microbiology and other scientific applications.

Benefits

• Portability: Lightweight and easy to transport, making it suitable for fieldwork and demonstrations.
• Simplicity: Simple design and operation; no complex setup required.
• Safety: Generally safer than some other heating methods, as it can be extinguished easily and has a lower risk of explosion compared to pressurized gas.

Care and Safety

• Use in Ventilated Areas: Always use in well-ventilated spaces to avoid inhaling fumes.
• Handle with Care: As with any heating device, handle with care to avoid burns or spills.
• Extinguish Properly: Ensure the flame is completely out before storing the lamp.

Spirit lamps are invaluable tools in both educational and laboratory settings, offering a straightforward method for heating and conducting experiments.

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• High quality and extra strong
• Each wire gauze measures 6″ by 6″
• Product Dimensions in (L x W x H): 6 x 6 x 0.2

Wire Net with Asbestos for Laboratory Use – Heat-Resistant, Durable & Essential for Every Lab Setup

The Wire Net with Asbestos for Laboratory Use is an essential tool for every laboratory setup. It’s designed to support glassware like beakers, flasks, and crucibles during heating. Made from high-quality galvanized iron wire mesh with a heat-resistant asbestos center, this net distributes heat evenly and prevents direct contact between the flame and the glass surface. As a result, it ensures both safety and efficiency in laboratory operations.

Because of its strong construction and asbestos padding, it can withstand continuous exposure to high temperatures. The asbestos sheet in the middle helps spread heat uniformly across the base of the glassware, minimizing the chance of thermal shock or cracking. Moreover, the metal frame adds strength and stability, making it ideal for repeated use in schools, colleges, and professional laboratories.

Key Features of the Wire Net

• Made from galvanized iron wire mesh with asbestos center
• Distributes heat evenly to protect laboratory glassware
• Withstands high temperatures from burners and lamps
• Provides stable support during heating experiments
• Lightweight, reusable, and easy to handle
• Ideal for educational, research, and industrial laboratories

General Applications

The Wire Net with Asbestos is widely used in chemistry, physics, and biology laboratories. It supports glassware during heating, evaporation, and solution boiling. Students and technicians prefer it for safe handling of flasks and beakers on tripod stands. It’s also suitable for industrial testing labs that perform chemical heating or reaction processes.

How to Use It

1. Place the tripod stand on a stable laboratory bench.
2. Position the wire net with asbestos on top of the tripod ring.
3. Set the glassware (beaker, flask, or crucible) directly over the asbestos center.
4. Light the Bunsen burner or spirit lamp below the wire net.
5. Adjust the flame so that it heats evenly across the asbestos sheet.
6. Observe the experiment, ensuring that the glassware does not overheat.
7. After use, allow the wire net to cool completely before handling or storing.

This simple process ensures uniform heating, prevents breakage, and enhances laboratory safety.

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