Available in Nanyang Chemical:

• 60ml
• 125ml
• 250ml
• 500ml
• 1000ml
• 5000ml

Borosilicate glass bottles are ideal for storing highly reactive or corrosive substances, while HDPE bottles are lightweight and shatterproof, making them suitable for transport and general use. Amber versions of these bottles are specifically designed to protect light-sensitive reagents, such as certain acids or organic compounds, from degradation caused by UV exposure. Wide mouth reagent bottles come in various sizes, catering to diverse storage needs, from small-scale laboratory experiments to bulk chemical storage. Their leak-proof caps or stoppers ensure that the contents remain uncontaminated and reduce the risk of evaporation or spillage.

Usage of Wide Mouth Reagent Bottle:

• Storing and handling liquid or powdered reagents
• Transferring chemicals safely
• Protecting sensitive reagents from contamination or light

How to Use reagent bottle:

• Fill the bottle with the desired reagent through the wide mouth opening.
• Ensure the cap or stopper is securely tightened to prevent leaks or contamination.
• If the bottle is amber, it can be used for light-sensitive chemicals. Label the bottle properly for identification.
• After use, clean thoroughly with an appropriate cleaning agent to remove any chemical residue.
• Store in a designated safe area, away from heat and direct sunlight.

Application of reagent bottle:

• Commonly used in chemical, biological, and industrial laboratories for reagent storage
• Suitable for light-sensitive reagents in amber bottles
•  Ideal for transferring and dispensing chemicals
• Used in educational institutions for storing demonstration materials

The post Wide Mouth Reagent Bottle first appeared on Nanyang Chemical.

Available in Nanyang Chemical:

• 100ml
• 150ml
• 180ml
• 200ml

Usage of Test Tube :

• Holding small amounts of liquid or solid samples
• Conducting qualitative chemical reactions
• Observing biological or chemical processes

How to Use Test Tube :

• Place the sample (liquid or solid) inside the glass test tube.
• If heating is required, ensure the tube is placed securely in a test tube holder or clamp to avoid accidents.
• Direct the open end away from yourself and others while heating.
• Handle with care to avoid breakage, and always clean the test tube thoroughly after use to prevent contamination.
• Store the test tube in a rack or designated storage area.

Application of Test Tube :

• Used in educational settings for demonstrating simple chemical reactions
• Ideal for qualitative experiments in research laboratories
• Used in biological laboratories for sample observation or culture work
• Suitable for industrial testing and process development

Constructed from high-quality borosilicate glass or standard laboratory glass, these test tubes are resistant to heat, thermal shock, and chemical reactions, ensuring their durability and versatility in various experimental setups. These test tubes are commonly used in chemistry, biology, and physics laboratories. In chemistry, they serve as vessels for mixing reagents, observing chemical reactions, or heating substances. Their rounded bottoms allow for uniform heat distribution, which is critical during heating experiments. In biological studies, they are used to culture microorganisms, observe biological processes, or store biological samples for short durations.

Their smooth, transparent surface facilitates easy observation of the sample contents, making them highly effective for demonstrations and teaching purposes in educational settings. The lack of graduation markings simplifies the design, reducing distractions when observing qualitative changes such as color shifts, gas evolution, or precipitate formation. Using these test tubes requires proper handling to avoid accidents or breakage. Always use a test tube holder or clamp when heating, and direct the open end away from yourself and others. After use, they should be cleaned thoroughly to prevent contamination and stored in a rack for protection.

In summary, Glass Test Tube Without Graduation is an indispensable tool for general laboratory applications, offering simplicity, durability, and versatility for a wide range of scientific experiments and educational demonstrations.

The post Glass Test Tube Without Graduation first appeared on Nanyang Chemical.

Available in Nanyang chemical:

• 60mm
• 77mm
• 88mm
• 99mm

Usage of Porcelain Ark :

• Heating samples at high temperatures
• Holding substances during chemical reactions or ashing
• Suitable for use in furnaces or kilns

How to Use Porcelain Ark:

• To use a porcelain ark, place the substance to be heated or ashed inside the ark.
• Place the ark in the appropriate heating apparatus, such as a muffle furnace or kiln.
• Ensure that the temperature does not exceed the recommended limits for porcelain.
• Once the heating or reaction process is complete, allow the ark to cool before removing it from the heating source.
• Avoid sudden temperature changes, which can cause the porcelain to crack.
• After use, clean the ark thoroughly to prevent cross-contamination.

Application of Porcelain Ark:

• As in ashing procedures to remove organic material from samples
• Holding materials for combustion or chemical reactions
•  Conducting high-temperature heating in chemical experiments
• Used in laboratories for thermal processing of solid samples

The design of the porcelain ark typically involves a longer, more elongated form compared to other similar instruments, which allows for greater flexibility in the amount of sample material it can hold. This makes it suitable for both smaller-scale laboratory experiments and larger-scale procedures. The high heat resistance of porcelain ensures that the ark will not crack or deform during these high-temperature processes, which is crucial for the accurate analysis of the sample. However, like other porcelain laboratory instruments, it is important to handle the ark carefully to avoid sudden temperature fluctuations or physical impact that could cause the material to crack. In conclusion, the porcelain ark is an essential laboratory tool for chemical analysis, heating, and ashing processes, providing researchers and scientists with a reliable and durable option for handling high-temperature experiments.

The post Porcelain Ark first appeared on Nanyang Chemical.

Available in Nanyang Chemical:

• 77mm

Usage of Porcelain boat:

• Holding samples during heating or combustion
• Ashing samples
• High-temperature heating in laboratory experiments

How to Use Porcelain boat :

• To use a porcelain boat, place the sample to be heated or ashed into the boat.
• Ensure the boat is placed in a furnace or muffle kiln that is capable of reaching the necessary temperature for the procedure.
• Porcelain boats can withstand high temperatures, but it is important not to exceed the recommended limits for the material.
• After use, allow the boat to cool before handling. It is crucial to avoid sudden temperature changes, as this can lead to cracking.
• Proper cleaning is essential to avoid cross-contamination when using the boat for different experiments.
• Handle the porcelain boat carefully, as it can become fragile after extended use.

Application of Porcelain boat：

• Ashing of chemical samples
• Holding substances for high-temperature heating
• Used in combustion processes in laboratories
• Conducting chemical reactions involving heat

Despite their durability, porcelain boats can be fragile and should be handled with care. Sudden temperature changes or rough handling can cause cracking or chipping, so it is important to allow the boat to cool gradually after use and to avoid any impacts.

In summary, porcelain boats are an indispensable tool in many laboratory applications that require high-temperature heating, ashing, or other thermal processes, providing both reliability and precision for scientists and researchers.

The post Porcelain Boat first appeared on Nanyang Chemical.

Available in Nanyang Chemical:

• 5ml
• 10ml
• 20ml
• 25ml
• 50ml
• 100ml
• 250ml
• 500ml
• 1000 ml Shu Bo
• 2000 ml Shu Bo
• 5 ml Shenbo
• 10 ml Shenbo
• 20 ml Shenbo
• 25 ml Shenbo
• 50 ml Shenbo
• 100 ml Shenbo
• 250 ml Shenbo
• 500 ml Shenbo

Usage of Glass Measuring Cup:

• Measuring liquids: Water, milk, oil, etc.
• Measuring dry ingredients: Flour, sugar, baking powder, etc.
• Mixing ingredients: Can be used for mixing small batches of ingredients.

How to Use Glass Measuring Cup:

• Ensure the measuring cup is clean and dry.
• Pour the desired amount of liquid or add the dry ingredients.
• Read the volume from the clear markings on the side of the cup.
• Pour the contents carefully using the handle for support.

Application of Glass Measuring Cup:

• Cooking: Measuring ingredients for baking, cooking, and other culinary preparations.
• Mixing: Mixing small batches of sauces, dressings, and other mixtures.
• Household use: Measuring liquids for various household tasks.

Featuring clear markings in both metric and imperial units, these measuring cups ensure precise measurements for a variety of culinary tasks, from baking and cooking to mixing sauces and dressings. The integrated handle provides a comfortable and secure grip, enhancing ease of use and preventing spills.

The post Glass Measuring Cup first appeared on Nanyang Chemical.

Available in Nanyang Chemical:

• With handle-150ml
• With handle-300ml
• With handle-100ml
• With handle-50ml

Usage of Porcelain Evaporating Dish:

• Evaporating solvents from solutions.
• Drying precipitates after filtration.
• Concentrating solutions.
• Performing small-scale reactions

How to Use Porcelain Evaporating Dish:

• Heating: Place the dish on a hot plate, in a water bath, or over a Bunsen burner.
• Evaporation: Gently heat the solution to evaporate the solvent.
• Drying: Allow the remaining solid to dry completely before further use or analysis.
• Cleaning: Wash thoroughly with water and detergent, or use appropriate cleaning solutions for specific residues.

Application of Porcelain Evaporating Dish:

• Chemistry laboratories: For various chemical reactions and analysis procedures.
• Analytical chemistry: For drying samples for weighing or further analysis.
• Environmental science: For sample preparation and analysis.

This feature enhances safety and convenience during laboratory procedures. Porcelain evaporating dishes with handles are widely used in chemistry laboratories, analytical chemistry, environmental science, and other scientific disciplines. They are ideal for concentrating solutions, drying precipitates after filtration, and performing small-scale chemical reactions. Investing in high-quality porcelain evaporating dishes with handles enhances laboratory efficiency and safety, ensuring reliable results in various scientific experiments.

The post Porcelain Evaporating Dish with Handle first appeared on Nanyang Chemical.

Available in Nanyang Chemical:

• 50ml
• 200ml
• 250ml
• 500ml

Usage of Porcelain Evaporating Dish:

• Evaporating solvents from solutions.
• Drying precipitates after filtration.
• Concentrating solutions.
• Performing small-scale reactions.

How to Use Porcelain Evaporating Dish:

• Heating: Place the dish on a hot plate, in a water bath, or over a Bunsen burner.
• Evaporation: Gently heat the solution to evaporate the solvent.
• Drying: Allow the remaining solid to dry completely before further use or analysis.
• Cleaning: Wash thoroughly with water and detergent, or use appropriate cleaning solutions for specific residues.

Application of Porcelain Evaporating Dish:

• Chemistry laboratories: For various chemical reactions and analysis procedures.
• Analytical chemistry: For drying samples for weighing or further analysis.
• Environmental science: For sample preparation and analysis.

The wide mouth of the dish facilitates rapid evaporation while minimizing spattering, making it ideal for concentrating solutions, drying precipitates after filtration, and performing small-scale chemical reactions. Porcelain evaporating dishes are available in a range of sizes to accommodate different sample volumes.
These versatile laboratory tools are widely used in chemistry laboratories, analytical chemistry, environmental science, and other scientific disciplines where precise evaporation and drying are crucial for accurate results.

The post Porcelain Evaporating Dish first appeared on Nanyang Chemical.

Available in Nanyang Chemical:

• Maximum weighing 5000g, graduation value 0.1g
• Maximum weighing 300g, graduation value 0.01g
• Maximum weighing 1000g, graduation value 0.1g
• Maximum weighing 200g, graduation value 0.1g
• Maximum weighing 500g, graduation value 0.1g
• Maximum weighing 3000g, graduation value 0.1g
• Maximum weighing 2000g, graduation value 0.1g

How to Use Electronic Balance:

• Level the balance using the adjustable feet.
• Turn on the balance and allow it to stabilize.
• Place the empty weighing container on the pan.
• Tare the balance to zero.
• Carefully place the object to be weighed on the pan.
• Read the weight displayed on the digital readout.

Application of Electronic Balance:

• Laboratory Research: Chemical analysis, pharmaceutical research, material science.
• Industrial Applications: Quality control, production processes, formulation.
• Educational Settings: Chemistry experiments, physics demonstrations.
• Everyday Life: Weighing ingredients for cooking, jewelry making, etc.

Key applications include laboratory research, quality control in manufacturing, pharmaceutical development, and educational settings.
Investing in a high-quality electronic balance enhances the accuracy and efficiency of weighing processes, leading to improved experimental outcomes and enhanced productivity.

The post Electronic Balance first appeared on Nanyang Chemical.

Usage of White Acid Burette is primarily used for titration experiments, where a solution of known concentration (titrant) is added to a solution of unknown concentration until a specific endpoint is reached. Key uses include acid-base titrations, redox titrations, and other volumetric analyses. This versatile laboratory tool is indispensable for researchers, students, and professionals in chemistry, biochemistry, and related fields.Invest in a high-quality Whita Acid Burette for reliable and accurate results in your laboratory experiments.

Available in Nanyang Chemical:

• 10ml(A)
• 25ml(A)
• 50ml(A)
• 100ml(A)

How to Use White Acid Burette:

• Clean thoroughly: Rinse with distilled water and then with the titrant solution to ensure accurate measurements.
• Fill the burette: Fill the burette with the titrant solution below eye level to avoid spills.
• Remove air bubbles: Gently tap the burette to remove any air bubbles trapped in the tip.
• Perform the titration: Slowly add the titrant to the analyte solution while constantly stirring.
• Read the volume: Record the initial and final volume readings from the burette.
• Calculate the results: Determine the volume of titrant used and use this value to calculate the concentration of the analyte.

Application of White Acid Burette:

• Titration experiments: Acid-base titrations, redox titrations, complexometric titrations.
• Volumetric analysis: Determining the concentration of various substances in solutions.
• Laboratory research: In various chemical and biochemical experiments.

The post White Acid Burette first appeared on Nanyang Chemical.

Flat-bottom boiling flasks are typically made of borosilicate glass, a type of glass known for its high resistance to thermal shock, making it suitable for heating and cooling applications. They are commonly used for carrying out chemical reactions, such as heating, refluxing, and distillation. The round bottom allows for even heat distribution and efficient mixing when using a magnetic stirrer.

Available in Nanyang Chemical:

• Frosted short neck 1000ml/24#
• Frosted short neck 3000ml/24#-34#
• Frosted short neck 5000ml/24#-34#
• Light mouth long neck 500 ml
• Light mouth long neck 1000 ml

Type of boiling flask:

• Laboratory Glassware (General term)
• Reaction Vessel (Primarily used for chemical reactions, heating, and distillation)
• Round-Bottom Flask with a Flat Base (Distinguishes it from traditional round-bottom flasks)

Material of boiling flask:

• Glass (Most common: borosilicate glass)
• Corning Glass (A specific type of borosilicate glass known for its high resistance to thermal shock)

Usage of boiling flask:

• Chemical Reactions: Carrying out chemical reactions, including heating, refluxing, and distillation.
• Heating Liquids: Heating liquids over a heat source like a hot plate or Bunsen burner.
• Distillation: Used as the boiling flask in distillation setups.

How to Use boiling flask:

• Heating: Use a heat source like a hot plate or Bunsen burner, ensuring even heating.
• Support: Use a clamp and ring stand to securely support the flask during heating.
• Stirring: Use a magnetic stirrer or stir bar for efficient mixing during reactions.
• Cleaning: Thoroughly clean the flask after each use to remove any residual chemicals.

When using a flat bottom boiling flask, it’s essential to use appropriate safety precautions. Always wear appropriate personal protective equipment, such as safety glasses and gloves. Use a heat source like a hot plate or Bunsen burner with caution, and ensure the flask is securely clamped to a ring stand to prevent tipping.

The post Flat Bottom Boiling Flask first appeared on Nanyang Chemical.