Laboratory Glasswares

Product Details:

Reagent bottles with a narrow mouth and an interchangeable (I/C) glass stopper, often amber in color, are designed for the storage of light-sensitive chemicals in laboratory settings. These bottles, typically made of borosilicate glass, offer durability, chemical resistance, and protection against UV and visible light degradation. Key Features and Description:

• Narrow Mouth: Facilitates precise dispensing and minimizes spillage. 
• I/C Glass Stopper: Provides a secure, airtight seal for chemical storage. 
• Amber Color: Protects light-sensitive reagents from degradation by UV and visible light. 
• Borosilicate Glass: Offers excellent chemical resistance, thermal shock resistance, and durability. 
• Graduations: Some bottles feature printed graduations for accurate volume measurement. 
• Enameled Area: An area is often provided for labeling or marking the bottle's contents. 
• Autoclavable/Sterilizable: Suitable for steam sterilization and other sterilization methods. 
• Compliant: Often made to meet standards like ISO 4796 and IS 1388. 

Applications:

• Storage of light-sensitive reagents:The amber color protects chemicals that degrade when exposed to light. 
• Long-term storage of chemicals:The robust construction and airtight seal ensure the integrity of stored substances. 
• Precise dispensing:The narrow mouth and secure stopper allow for accurate and controlled dispensing of liquids. 
• General laboratory use:These bottles are versatile and suitable for various applications in chemistry, biology, and other scientific fields. 

Additional Information:

• Production Capacity: 100ML
• Delivery Time: Ready Stock
• Packaging Details: Glass Bottle

Product Details:

REAGENT BOTTLESNarrow Mouth With Screw Cap, Amber• Complies with IS 1388 (Part I), ISO 4796 - 1• Supplied with screw caps and pouring ring made of polypropylene,autoclavable at 121°C• Printed with graduations and retrace code using a durable white enamel• 100 ml to 20000 ml Bottles have uniform GL 45 thread• Mechanically strong and chemical resistant• Uniform amber colour protects media from light radiation with awave‑length between 300 nm and 500 nm• Ideal for use with light-sensitive media and for the long-term storage ofsubstances

Additional Information:

• Delivery Time: Ready Stock
• Packaging Details: Box

Product Details:

Amber reagent bottles with a narrow mouth and screw cap are lab containers designed to store light-sensitive chemicals, reagents, and solutions. The amber color protects the contents from harmful UV and visible light, while the screw cap provides a secure, airtight seal. These bottles are commonly made of borosilicate glass or HDPE and are often autoclavable for sterilization. Here's a more detailed description:Purpose: These bottles are primarily used in laboratories for storing light-sensitive materials that can be degraded or altered by exposure to light. 

Product Details:

A glass reagent bottle with a screw cap is a container commonly used in laboratories for storing and dispensing various chemicals and solutions. These bottles are typically made from borosilicate glass, known for its chemical resistance and ability to withstand thermal shock. The screw cap, often made of polypropylene (PP), provides a tight seal to prevent leaks and evaporation, and can be designed for autoclaving. Here's a more detailed breakdown:Material:

• Borosilicate Glass:Offers excellent chemical resistance, low thermal expansion, and resistance to thermal shock.
• Polypropylene (PP):Commonly used for screw caps, known for its chemical resistance and high-temperature tolerance. 

Features:

• Screw Cap: Provides a secure, leak-proof seal. 
• Graduations: Many bottles have printed graduations for volume measurement. 
• Marking Area: A designated area for labeling or coding the bottle. 
• Pouring Ring: Some bottles include a pouring ring for drip-free pouring. 
• Autoclavable: Many bottles and caps are designed to be sterilized by autoclaving. 

Common Uses:

• Storage of reagents, culture media, and biological fluids.
• Dispensing liquids in laboratories.
• Protecting light-sensitive chemicals (amber bottles).
• General laboratory use for various solutions and chemicals. 

Considerations:

• Size and Shape: Reagent bottles come in various sizes and shapes to accommodate different needs. 
• Color: Clear and amber (for light-sensitive materials) are common. 
• Compatibility: Ensure the bottle material is compatible with the chemicals being stored. 

Additional Information:

• Delivery Time: Glass Bottle of 500ml

Product Details:

REAGENT BOTTLES Narrow Mouth With IC Glass Stopper Amber, 250 ml. These narrow mouth storage vessels have a sturdy ground neck and come standard with graduations and an enameled area for easy marking. The amber color is highly durable and protects light-sensitive media from light radiation.

Additional Information:

• Item Code: 1509021
• Delivery Time: Ready Stock
• Packaging Details: Glass Bottle

Product Details:

Reagent bottles with a narrow mouth and an I/C (Interchangeable/Interchangeable Cone) glass stopper are designed for storing and dispensing chemicals, particularly in laboratory settings. They are typically made of borosilicate glass for chemical resistance and durability, and often feature an amber color to protect light-sensitive reagents. The narrow mouth allows for precise dispensing and minimizes spillage, while the I/C stopper provides an airtight seal. Key Features and Description:

• Narrow Mouth: Facilitates controlled pouring and dispensing of liquids, reducing the risk of spills. 
• I/C Glass Stopper: The interchangeable glass stopper creates an airtight seal, preventing contamination and evaporation of the reagent. 
• Borosilicate Glass: A durable and chemically resistant glass that can withstand high temperatures and thermal shocks, making it suitable for various laboratory applications. 
• Amber Color: If amber-colored, the bottle protects light-sensitive reagents from degradation caused by UV and visible light. 
• Graduations: Some bottles may include printed graduations for accurate volume measurement. 
• Enameled Area: An area is often provided for labeling the bottle's contents. 
• Autoclavable: Suitable for steam sterilization and other sterilization methods. 

Common Uses:

• Storing and dispensing liquid and powdered chemicals:Used in laboratories, research facilities, and other settings where precise chemical handling is required. 
• Protecting light-sensitive reagents:Amber bottles are crucial for storing substances that degrade when exposed to light. 
• Containing culture media and other laboratory reagents:Used in healthcare diagnostics and various scientific research applications. 

Additional Information:

• Item Code: 1509029
• Production Capacity: 1000ml
• Delivery Time: Ready Stock
• Packaging Details: Glass Bottle

Product Details:

A narrow mouth reagent bottle with a screw cap and a 150ml capacity is a common laboratory container used for storing and handling liquids, chemicals, and reagents. These bottles feature a small opening designed for controlled dispensing and a leak-proof, screw-top closure for secure storage. They are often made of borosilicate glass or plastic, providing resistance to chemical and temperature changes. Key Features:

• Narrow Opening: Facilitates controlled dispensing and minimizes spills. 
• Screw Cap: Ensures a tight, leak-proof seal for secure storage and preventing contamination. 
• Material: Typically made of borosilicate glass or plastic for chemical resistance and durability. 
• Capacity: 150ml, a standard size for laboratory applications. 
• Graduations: Some bottles may have graduations for precise volume measurement. 
• Pouring Ring: Some bottles include a plastic pouring ring for drip-free dispensing. 
• Sterilization: Many bottles, including those with polypropylene caps, are autoclavable and can be sterilized. 
• Retrace Code: Some bottles may feature a printed retrace code for tracking and identification. 

Uses:

• Storing and dispensing various laboratory liquids, including reagents, solvents, and other chemicals.
• Holding samples for analysis and experiments.
• Transporting liquids between locations.
• Providing a secure container for chemicals in the laboratory. 

Additional Information:

• Item Code: 1501018
• Production Capacity: 150ml
• Delivery Time: Ready Stock
• Packaging Details: Glass Bottle

Product Details:

REAGENT BOTTLESNarrow Mouth With I/C Glass Stopper, Amber• Complies with IS 1388 (Part II), ISO 4796 - 2• Supplied with solid glass stopper• Printed with graduations using a durable white enamel• Bottles are mechanically strong and chemical resistant witha sturdy ground neck• Uniform amber colour protects media from light radiation with awave‑length between 300 nm and 500 nm• Ideal for use with light-sensitive media and for the long-term storage ofsubstances

Additional Information:

• Item Code: 1509016
• Delivery Time: Ready Stock
• Packaging Details: Glass Bottle

Product Details:

A reagent bottle with a narrow mouth and interchangeable (I/C) glass stopper, made of amber glass, is a type of laboratory bottle designed for storing and dispensing light-sensitive chemicals and reagents. The amber color provides protection from harmful UV light, while the narrow mouth and glass stopper ensure a secure and airtight seal. These bottles are typically made of borosilicate glass, known for its chemical resistance and durability. Key Features and Benefits:

• Amber Glass:The amber color of the glass protects light-sensitive materials from degradation caused by UV radiation, which can alter the chemical composition or effectiveness of the stored substance. 
• Narrow Mouth:The narrow opening allows for precise dispensing of liquids and minimizes the risk of spills and evaporation, according to Westlab Australia. 
• Interchangeable Glass Stopper:The ground glass stopper provides a tight seal, preventing contamination and evaporation of the stored chemicals. 
• Borosilicate Glass:The bottle is typically made of borosilicate glass, which offers excellent chemical resistance, thermal shock resistance, and mechanical strength. 
• Graduations and Labeling Area:Many reagent bottles have printed graduations and a labeling area for easy identification and volume measurement of the contents. 

Common Uses:

• Storage of laboratory reagents, chemicals, and solutions.
• Dispensing of reagents in experiments and procedures.
• Long-term storage of light-sensitive materials. 

Compliance:Reagent bottles with I/C glass stoppers typically comply with standards like IS 1388 (Part II) and ISO 4796-2, ensuring quality and performance. 

Additional Information:

• Item Code: 1509024
• Delivery Time: Ready Stock
• Packaging Details: Glass Bottle

Product Details:

A laboratory silica crucible is a heat-resistant container used for high-temperature experiments in chemistry, metallurgy, and materials science. It's made of pure silica, which is chemically inert and can withstand temperatures up to 1000°C. Description

• Material: Made of pure silica, which is heat-resistant and chemically inert 
• Uses: Used for melting, calcination, combustion, evaporation, concentration, and crystallization 
• Durability: Highly durable and can be reused multiple times after cleaning and sterilization 
• Handling: Can be brittle, so it should be handled carefully to avoid breakage or cracking 
• Shape: Available in different shapes, such as cylindrical, conical, or flat-bottomed 
• Size: Available in different sizes, such as 50 ml or 100 ml 

How to use

• Gradually heat and cool crucibles to extend their lifespan 
• Pre-heat the crucible empty from cold until it attains red heat

Additional Information:

• Delivery Time: Ready Stock
• Packaging Details: Glass Quartz

Product Details:

A Reagent Bottle, Narrow Mouth, with an I/C (Interchangeable) Glass Stopper (often abbreviated as "I/C Glass S") is a laboratory bottle designed for storing chemicals, particularly liquids, in a laboratory setting. The "narrow mouth" refers to the size of the opening of the bottle, which is smaller than a wide-mouth bottle. The "I/C glass stopper" is a type of stopper made of glass that is designed to fit snugly into the neck of the bottle, providing a tight seal to prevent leakage and contamination. These bottles are typically made of borosilicate glass, which offers excellent chemical resistance and thermal shock resistance. Here's a more detailed description:Key Features:

• Narrow Mouth:This feature is crucial for dispensing liquids precisely and minimizing the risk of spills. 
• I/C Glass Stopper:The interchangeable glass stopper ensures a secure and airtight seal. 
• Borosilicate Glass:This type of glass is known for its durability and resistance to chemical reactions and temperature changes, making it suitable for storing various reagents. 
• Graduated (Optional):Some reagent bottles may include graduation marks on the side to indicate approximate liquid volume. 
• Amber (Optional):Amber-colored reagent bottles are used for light-sensitive chemicals, protecting them from degradation due to UV or visible light. 

Common Uses:

• Storage of Liquid Reagents:Reagent bottles are primarily used to store liquid chemicals used in laboratory experiments and analyses. 
• Precise Dispensing:The narrow mouth allows for controlled pouring and dispensing of reagents. 
• Protection from Contamination:The tight-fitting stopper helps prevent contamination of the stored chemicals. 
• Storage of Light-Sensitive Materials:Amber bottles are crucial for protecting chemicals that degrade under light exposure. 

In summary, a reagent bottle with a narrow mouth and an I/C glass stopper is a fundamental piece of laboratory glassware, valued for its ability to safely store and dispense chemical reagents with precision and minimal risk of contamination or degradation. 

Additional Information:

• Delivery Time: Ready Stock
• Packaging Details: Box

Product Details:

A glass reagent bottle, with a capacity measured in liters (l), is a laboratory glassware item used for storing and dispensing various chemicals. These bottles are typically made of borosilicate glass, known for its chemical and thermal resistance, and feature a screw cap or stopper to ensure a tight seal and prevent leakage. They come in various sizes, from small volumes like 100ml to larger ones like 2 liters or more, and may have a wide or narrow mouth, depending on the intended use. Here's a more detailed description:Key Features:

• Material:Borosilicate glass is the most common material due to its high resistance to heat and chemicals, making it suitable for storing a wide range of reagents. 
• Capacity:The capacity (measured in liters, or 'l') indicates the volume of liquid the bottle can hold. Common sizes include 100ml, 250ml, 500ml, 1 liter, and 2 liters, but larger sizes are also available. 
• Mouth:Reagent bottles can have either a narrow or wide mouth. Wide-mouth bottles are generally preferred for easy filling, pouring, and cleaning, while narrow-mouth bottles may be suitable for dispensing liquids more precisely. 
• Closure:A screw cap or stopper is essential for creating a tight seal and preventing leakage or evaporation of the reagent. Screw caps made of materials like polypropylene (PP) or PTFE are common. 
• Graduations:Some reagent bottles may feature graduated markings to allow for accurate measurement and dispensing of liquids. 

Common Uses:

• Storage: Reagent bottles are primarily used for storing liquid or powdered chemicals in laboratories, research facilities, and educational institutions. 
• Dispensing: They facilitate the safe and controlled dispensing of reagents during experiments or procedures. 
• Mixing: The bottles can also be used for mixing solutions or reagents. 
• Sample Collection: Reagent bottles can be used to collect and store samples for analysis. 

Additional Considerations:

• Color: Some reagent bottles are available in amber glass, which provides protection from light for light-sensitive reagents. 
• Sterilization: Borosilicate glass reagent bottles can generally be sterilized. 
• Interchangeable Caps: In some cases, the screw caps and pouring rings may be interchangeable between bottles of different sizes. 

Additional Information:

• Production Capacity: 250ml
• Delivery Time: Ready Stock
• Packaging Details: Box

Product Details:

A glass reagent bottle's capacity refers to the volume of liquid it can hold, commonly measured in milliliters (ml). Reagent bottles are typically made of borosilicate glass for durability and chemical resistance, and their capacities range from small volumes like 50ml to larger ones like 5000ml. Common sizes include 100ml, 250ml, 500ml, 1000ml, and 2000ml. The choice of size depends on the volume of reagent needed for a specific task. Here's a more detailed breakdown:

• Capacity:Reagent bottles are available in various sizes, with common capacities being:
  • Small: 50ml, 60ml. 
  • Medium: 100ml, 250ml, 500ml. 
  • Large: 1000ml (1 liter), 2000ml (2 liters), 5000ml (5 liters). 
• Material:Reagent bottles are commonly made from borosilicate glass, known for its heat resistance and chemical inertness. 
• Other Features:
  • Screw Caps: Many reagent bottles come with screw caps, often made of autoclavable plastic like PP (polypropylene), for secure sealing. 
  • Graduations: Some reagent bottles have graduation marks (e.g., every 25ml) for easy volume measurement. 
  • Neck Size: Bottles can have narrow or wide mouths, influencing the ease of filling and pouring. 
  • Color: Reagent bottles are often clear (transparent), but amber or brown bottles are used to protect light-sensitive reagents. 

Additional Information:

• Delivery Time: Ready Stock
• Packaging Details: Box

Product Details:

Screw cap borosilicate Canadian Scientific reagent bottles are available in various capacities, including 250ml, 500ml, 1000ml, 2000ml, 3000ml, 5000ml, 10L, and 20L. These bottles are typically made of borosilicate glass and feature a screw cap, often with a blue color, for secure closure. The GL45 screw cap is a standard joint that fits a 30/45mm bottle top. Detailed Description:

• Material:These bottles are made from borosilicate glass, known for its resistance to thermal shock, chemical corrosion, and high temperatures. 
• Capacity:The bottles come in a range of sizes to accommodate different volumes of reagents. Common capacities include 250ml, 500ml, 1000ml, and larger volumes like 20L. 
• Cap:The screw caps are typically made of polypropylene (PP) and are designed to be leak-proof and autoclavable up to 140°C. They often include a drip-free pouring ring. 
• Standard:The bottles are often manufactured to meet standards like DIN ISO 4796-1. 
• Applications:These bottles are commonly used in laboratories for storing and dispensing various chemicals and reagents.

Additional Information:

• Production Capacity: 100ml
• Delivery Time: Ready Stock
• Packaging Details: Box

Product Details:

Screw cap borosilicate Canadian Scientific reagent bottles are available in various capacities, including 250ml, 500ml, 1000ml, 2000ml, 3000ml, 5000ml, 10L, and 20L. These bottles are typically made of borosilicate glass and feature a screw cap, often with a blue color, for secure closure. The GL45 screw cap is a standard joint that fits a 30/45mm bottle top. Detailed Description:

• Material:These bottles are made from borosilicate glass, known for its resistance to thermal shock, chemical corrosion, and high temperatures. 
• Capacity:The bottles come in a range of sizes to accommodate different volumes of reagents. Common capacities include 250ml, 500ml, 1000ml, and larger volumes like 20L. 
• Cap:The screw caps are typically made of polypropylene (PP) and are designed to be leak-proof and autoclavable up to 140°C. They often include a drip-free pouring ring. 
• Standard:The bottles are often manufactured to meet standards like DIN ISO 4796-1. 
• Applications:These bottles are commonly used in laboratories for storing and dispensing various chemicals and reagents.

Additional Information:

• Production Capacity: 25ml
• Delivery Time: Ready Stock
• Packaging Details: Box

Product Details:

Screw cap borosilicate Canadian Scientific reagent bottles are available in various capacities, including 250ml, 500ml, 1000ml, 2000ml, 3000ml, 5000ml, 10L, and 20L. These bottles are typically made of borosilicate glass and feature a screw cap, often with a blue color, for secure closure. The GL45 screw cap is a standard joint that fits a 30/45mm bottle top. Detailed Description:

• Material:These bottles are made from borosilicate glass, known for its resistance to thermal shock, chemical corrosion, and high temperatures. 
• Capacity:The bottles come in a range of sizes to accommodate different volumes of reagents. Common capacities include 250ml, 500ml, 1000ml, and larger volumes like 20L. 
• Cap:The screw caps are typically made of polypropylene (PP) and are designed to be leak-proof and autoclavable up to 140°C. They often include a drip-free pouring ring. 
• Standard:The bottles are often manufactured to meet standards like DIN ISO 4796-1. 
• Applications:These bottles are commonly used in laboratories for storing and dispensing various chemicals and reagents. 

Additional Information:

• Production Capacity: 500ml
• Delivery Time: Ready Stock
• Packaging Details: Box

Product Details:

Screw cap borosilicate Canadian Scientific reagent bottles are available in various capacities, including 250ml, 500ml, 1000ml, 2000ml, 3000ml, 5000ml, 10L, and 20L. These bottles are typically made of borosilicate glass and feature a screw cap, often with a blue color, for secure closure. The GL45 screw cap is a standard joint that fits a 30/45mm bottle top. Detailed Description:

• Material:These bottles are made from borosilicate glass, known for its resistance to thermal shock, chemical corrosion, and high temperatures. 
• Capacity:The bottles come in a range of sizes to accommodate different volumes of reagents. Common capacities include 250ml, 500ml, 1000ml, and larger volumes like 20L. 
• Cap:The screw caps are typically made of polypropylene (PP) and are designed to be leak-proof and autoclavable up to 140°C. They often include a drip-free pouring ring. 
• Standard:The bottles are often manufactured to meet standards like DIN ISO 4796-1. 
• Applications:These bottles are commonly used in laboratories for storing and dispensing various chemicals and reagents. 

Additional Information:

• Production Capacity: 250 ml
• Delivery Time: Ready Stock
• Packaging Details: Box

Product Details:

Reagent bottles with narrow mouths and screw caps are a type of laboratory glassware or plasticware designed for storing and dispensing liquids, particularly chemicals, reagents, and other laboratory solutions. They are characterized by their narrow opening, which helps to minimize spills and evaporation, and their screw cap, which provides a secure and leak-proof seal. Key Features and Characteristics:

• Narrow Mouth:The narrow opening of the bottle makes it suitable for dispensing liquids in a controlled manner, reducing the risk of spills and evaporation. 
• Screw Cap:The screw cap ensures a tight and secure seal, preventing leakage and contamination of the stored substance. 
• Material:Reagent bottles can be made from various materials, including glass (often borosilicate glass for its chemical and thermal resistance) or plastic (such as polypropylene, which is rigid and autoclavable). 
• Capacity:These bottles come in a range of sizes, typically from a few milliliters to several liters. 
• Applications:They are widely used in laboratories for storing and dispensing a variety of reagents, chemicals, and solutions used in experiments and research. 
• Autoclavable:Some reagent bottles, particularly those made of polypropylene, are autoclavable, making them suitable for applications that require sterilization. 
• Visibility:Clear or translucent bottles allow for easy visibility of the contents. 
• Graduations:Some reagent bottles may have graduations (markings) on the side to indicate volume, aiding in accurate measurement of liquids. 
• Pouring Ring:Some bottles come with a pouring ring to facilitate drip-free pouring. 

Additional Information:

• Item Code: 1519021
• Production Capacity: 250ML
• Delivery Time: Ready Stock
• Packaging Details: Glass Bottle

Product Details:

REAGENT BOTTLESNarrow Mouth With Screw Cap, Amber• Complies with IS 1388 (Part I), ISO 4796 - 1• Supplied with screw caps and pouring ring made of polypropylene,autoclavable at 121°C• Printed with graduations and retrace code using a durable white enamel• 100 ml to 20000 ml Bottles have uniform GL 45 thread• Mechanically strong and chemical resistant• Uniform amber colour protects media from light radiation with awave‑length between 300 nm and 500 nm• Ideal for use with light-sensitive media and for the long-term storage ofsubstances

Product Details:

Reagent bottles with a narrow mouth and screw cap, often made of amber glass or HDPE, are designed for storing light-sensitive substances in laboratories. The amber color protects the contents from harmful UV and visible light, while the screw cap provides a secure, airtight seal. These bottles are typically autoclavable, making them suitable for sterilization and safe handling of various chemicals. Here's a more detailed breakdown:Key Features:

• Amber Color:The amber color of the bottle provides protection against light, particularly UV and visible light, which can degrade or alter light-sensitive chemicals. 
• Narrow Mouth:The narrow opening allows for precise pouring and helps to minimize spills or drips when dispensing liquids. 
• Screw Cap:The screw cap provides a tight, leak-proof seal, preventing contamination and evaporation of the contents. 
• Material:These bottles are commonly made from borosilicate glass, which offers excellent chemical and thermal resistance, or HDPE (high-density polyethylene), which is known for its strength and chemical resistance. 
• Autoclavable:Many reagent bottles are autoclavable, meaning they can be sterilized at high temperatures and pressures, making them suitable for sterile applications. 
• Durability:They are designed to be mechanically strong and resistant to chemical corrosion. 
• Graduations and Marking Area:Some reagent bottles have clear graduations for accurate measurement and a large marking area for labeling. 
• Applications:These bottles are used in various scientific fields, including chemistry, biology, and materials science, for storing reagents, chemicals, and other liquids. 

Product Details:

A sloping splash head is a laboratory glassware component that combines a splash head and an adapter: 

• FunctionA sloping splash head is used to connect two pieces of glassware with different joint sizes and to dispense liquids in a controlled manner. 
• DesignThe pear-shaped design of the splash head helps prevent splashing and minimize contamination. The sloping design helps the collected liquid flow smoothly and minimizes dripping. 
• MaterialBorosilicate glass is often used for splash heads because it has good chemical and physical properties. 
• UsesSplash heads are useful for handling and transferring liquids from one container to another. They are also used in distillation and other chemical processes.

Additional Information:

• Item Code: 8852724
• Delivery Time: Ready

Product Details:

A glass Petri dish is a shallow, circular dish with a flat bottom and a loose-fitting lid, primarily used in microbiology for culturing and observing microorganisms like bacteria and fungi. It's typically made of borosilicate glass, which is resistant to heat and chemicals, and can withstand repeated sterilization cycles. Key Features and Uses:

• Clear and Transparent:The transparency of the glass allows for easy observation of microbial growth and other processes within the dish. 
• Sterile Environment:Petri dishes are used to create a sterile environment for microorganisms to grow, typically with a nutrient-rich agar substrate. 
• Loose-fitting Lid:The loose-fitting lid helps prevent contamination while allowing for some air exchange, which is crucial for many microorganisms. 
• Durability and Sterilizability:Glass Petri dishes are durable and can be sterilized repeatedly using methods like autoclaving, making them reusable. 
• Various Sizes:They are available in different sizes, with common diameters ranging from 50mm to 150mm. 
• Applications:Beyond culturing, they can be used for various purposes like evaporation, drying, sample storage, and even measuring culture density with grid markings. 
• History:Named after German bacteriologist Julius Petri, who invented it in the late 19th century to improve upon existing methods of bacterial culture. 

Additional Information:

• Delivery Time: Ready Stock
• Packaging Details: Glass Petri Dish

Product Details:

A round bottom flask with a narrow mouth, short neck, and an I/C (interchangeable conical) joint is a laboratory flask with a spherical bottom, a small opening, and a ground glass joint for secure connections. These flasks are commonly used in chemistry for heating, distillation, and reflux setups. The round bottom allows for even heat distribution and the I/C joint enables a leak-proof connection with other glassware. Key Features and Description:

• Round Bottom:The spherical shape of the flask allows for uniform heating and is ideal for applications like distillation and reflux where even heat distribution is crucial.
• Narrow Mouth:A narrow opening restricts vapor escape and allows for a more focused application of heat or stirring.
• Short Neck:The short neck design is often preferred for stability and ease of handling during experiments.
• I/C Joint:The interchangeable conical (I/C) joint provides a secure, ground-glass connection with other lab equipment, ensuring a leak-proof seal during experiments.
• Borosilicate Glass:These flasks are typically made from borosilicate glass, known for its thermal shock resistance and chemical durability.
• Applications:They are commonly used in distillation, reflux, and various chemical reactions where heating is involved. 

Additional Information:

• Item Code: 410024
• Delivery Time: Ready Stock
• Packaging Details: Box

Product Details:

• A Borosil Test Tube Without Rim, 12 x 75 mm, is a laboratory glassware item, typically used for holding, mixing, and heating liquids. It is made from borosilicate glass, known for its high thermal and chemical resistance, making it suitable for various laboratory applications. The "12 x 75" refers to its dimensions: 12mm in diameter and 75mm in length. The "without rim" designation means it lacks a rolled lip at the top, which can be advantageous for certain laboratory procedures. Key Features and Specifications:
  • Material: Borosilicate glass (often specified as Borosil 3.3)
  • Dimensions: 12mm diameter, 75mm length (12 x 75 mm)
  • Rim: Without rim (rimless)
  • Capacity: Typically 5ml
  • Shape: Round bottom
  • Other characteristics: High thermal shock resistance, mechanically resistant due to its thick wall
  • Typical Uses: Holding, mixing, and heating chemicals in the lab, potentially for reactions or culturing microorganisms 
  Benefits of Borosilicate Glass:
  • High thermal resistance: Can withstand high temperatures without cracking or breaking 
  • Chemical resistance: Resists corrosion and chemical reactions, ensuring accurate and reliable results 
  • Clarity: Transparent, allowing clear observation of the contents 
  Benefits of Rimless Design:
  • Convenience: Easier to plug and seal, useful for some laboratory procedures
  • Rack storage: Rimless tubes can be more convenient for stacking in racks 

Additional Information:

• Delivery Time: Ready Stock
• Packaging Details: Box Of 100 PCS Of Test Tubes

Product Details:

Test tubes are used to hold, mix, and heat chemical experiments. They are used as homes for microorganisms when people want to culture (grow) them. They are also used as collections devices for things like blood samples.

Additional Information:

• Packaging Details: Box of 100Pcs of Test Tube

Product Details:

• A silica crucible, specifically the "Infusil" brand, is a laboratory tool used for containing and heating chemical compounds at high temperatures. It's typically made of pure fused silica, offering high heat resistance and low thermal expansion, allowing for rapid heating and cooling without cracking. Infusil silica crucibles are known for their high purity and stability, making them suitable for various chemical and high-temperature applications. Here's a more detailed breakdown:
  • Material: Infusil silica crucibles are made from pure fused silica, which is a type of quartz. 
  • Form: They are often low-form crucibles, meaning they are relatively shallow. 
  • Color: Typically translucent, allowing you to see the contents inside. 
  • Heat Resistance: Infusil crucibles are designed to withstand high temperatures, making them suitable for melting, smelting, and other high-temperature processes. 
  • Thermal Expansion: They have a very low coefficient of thermal expansion, meaning they can be heated and cooled quickly without cracking. 
  • Applications: They are commonly used in chemical laboratories, for processes like burning solid matter, evaporation, concentration, and crystallization of solutions. 
  • Features: Key features include high purity, stability, and resistance to thermal shock. 
  • Glazing: Some Infusil silica crucibles are glazed inside and outside, which can improve their resistance to alkalis and hot temperatures. 

Product Details:

A 500ml low-form beaker with a spout is a laboratory glassware item designed for holding, mixing, and pouring liquids. It's typically made of borosilicate glass, known for its heat resistance and durability. The "low-form" refers to its relatively wide diameter and shorter height compared to tall-form beakers, and the spout facilitates easy pouring. Key Features:

• Capacity: 500ml (milliliters)
• Form: Low-form (wide diameter, shorter height)
• Material: Borosilicate glass (heat-resistant and durable)
• Spout: Integrated for easy pouring
• Graduations: May have printed graduations for measuring liquid volume
• Other Features: May be autoclavable, resistant to chemical attack, and designed for uniform heating 

Common Uses:

• Holding liquids: Provides a stable container for various solutions
• Mixing solutions: The wide mouth allows for easy stirring
• Heating liquids: The uniform wall thickness allows for even heating
• Transferring liquids: The spout allows for controlled pouring and minimizing spills 

Considerations:

• Beakers are not designed for precise volume measurements like volumetric flasks. 
• While generally autoclavable, specific models may have limitations, so check the manufacturer's instructions. 
• Beakers with spouts generally cannot be sealed with a lid during use. 

Additional Information:

• Item Code: 1060
• Delivery Time: Ready Stock
• Packaging Details: BOX

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An Erlenmeyer conical flask with a narrow mouth and rim is a laboratory glassware item designed with a conical body, a narrow neck, and a flat bottom, featuring a beaded rim. These flasks are typically made of borosilicate glass, providing excellent chemical and heat resistance, and are suitable for mixing, heating, and storing liquids. The narrow neck and conical shape allow for easy swirling and mixing of solutions while minimizing the risk of spills. Here's a more detailed breakdown:

• Shape:The flask has a conical body that tapers to a narrow cylindrical neck. This shape allows for easy swirling and mixing of liquids, while the narrow neck helps to minimize spills and evaporation. 
• Material:Erlenmeyer flasks are commonly made of borosilicate glass, known for its resistance to heat and chemicals. 
• Rim:The beaded rim is a rolled edge at the top of the neck, providing a smoother surface for pouring and helping to prevent chipping. 
• Graduations:Many Erlenmeyer flasks have graduated markings on the side, allowing for approximate measurements of liquid volume. 
• Uses:These flasks are used for a variety of laboratory procedures, including mixing solutions, heating liquids, titrations, and storing samples. 

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• Delivery Time: Ready Stock
• Packaging Details: Box

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A 50 ml silica crucible is a piece of laboratory equipment made of silica that is used to heat chemical compounds, burn solid matter, and concentrate, crystallize, or evaporate solutions. Here are some characteristics of a 50 ml silica crucible:

•  Material: Made of silica or glazed porcelain for   strength, thermal performance, and chemical resistance
• Capacity: 50 ml
• Temperature: Can withstand temperatures up to 1050°C
• Uses: Can be used for basic laboratory tasks, such as heating chemical compounds, burning solid matter, and concentrating, crystallizing, or evaporating solutions
• Durability: Highly durable and can be reused multiple times after cleaning and sterilization
• Handling: Can be brittle, so it should be handled carefully to avoid breakage or cracking 
•  
• Pre-heating: It is recommended to pre-heat the crucible empty from cold using a maximum of 100Kw or 50% of maximum power, whichever is smaller. Heat the crucible until it attains red heat, which should take between 20 and 40 minutes

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• Delivery Time: Ready Stock
• Packaging Details: Box

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A "milk pipette" is a specialized laboratory tool, typically made of glass or plastic, used to accurately measure and transfer milk samples, especially for testing milk fat content using the Gerber method, or for bacteriological examination. Here's a more detailed description:Key Features and Uses:

• Purpose:Primarily used in dairy laboratories and milk collection centers to measure and transfer milk samples for testing. 
• Gerber Method:Milk pipettes are crucial for the Gerber method, a chemical test used to determine the fat content in milk and milk products. 
• Graduated/Calibrated:Milk pipettes are calibrated to deliver a specific volume, often 10.75 ml, which is essential for accurate fat content determination using the Gerber method. 
• Types:
  • Bacteriological Pipettes: Used for examining milk for bacterial contamination. 
  • Gerber Milk Pipettes: Specifically designed for the Gerber method, measuring 10.75 ml. 
• Materials:Available in glass or plastic, with glass pipettes being common for the Gerber method. 
• Sterilization:Bacteriological pipettes are often sterile and single-use, ensuring accurate results and preventing contamination. 
• Standards:Milk pipettes are designed to meet specific standards, such as the American Public Health Association (A.P.H.A) standard for the Examination of Dairy Products. 

How it works (Gerber Method):

1. 1. Pipetting:A 10.75 ml sample of milk is carefully pipetted into a butyrometer, a specialized glass tube.
2. 2. Reaction:The milk sample is mixed with specific chemicals and heated in the butyrometer.
3. 3. Fat Separation:The fat in the milk separates from the other components and forms a distinct layer in the butyrometer.
4. 4. Measurement:The percentage of fat in the milk is determined by measuring the volume of the fat layer in the butyrometer. 

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• Delivery Time: Ready Stock
• Packaging Details: Box

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Borosilicate glass test tubes are laboratory glassware known for their exceptional resistance to thermal shock and chemical corrosion, making them ideal for various scientific applications. They are commonly used for heating chemicals, conducting reactions, and storing samples in laboratories. Key Characteristics of Borosilicate Glass Test Tubes:

• Material:Made from borosilicate glass, a type of glass known for its low thermal expansion coefficient and high resistance to thermal shock and chemical attack. 
• Durability:Their robust construction allows them to withstand high temperatures and rapid temperature changes without cracking or breaking. 
• Chemical Resistance:Resistant to a wide range of chemicals, making them suitable for experiments involving various substances. 
• Heat Resistance:Can be directly heated with a Bunsen burner or other heat sources. 
• Applications:Used in chemical reactions, heating, mixing, and storage of liquids or solids in scientific experiments. 

Specific Features:

• Uniform Wall Thickness: Provides consistent heating and reduces the risk of thermal stress. 
• Beaded Rim: A fire-polished rim adds strength and prevents chipping. 
• Optional Rim: Some test tubes come with or without a rim, depending on the specific application. 
• Various Sizes: Available in a range of sizes to accommodate different experiment volumes. 
• Autoclavable: Can be sterilized using an autoclave for experiments requiring sterile conditions. 

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• Production Capacity: 15MM
• Delivery Time: Ready Stock
• Packaging Details: Box

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A measuring cylinder, also known as a graduated cylinder or mixing cylinder, is a container used to measure the volume of liquids. It has a fixed capacity and lines marked on the side to indicate the amount of liquid it contains. The lines are usually in milliliters. Here are some things you can use a measuring cylinder for:

• Measuring liquids: Use a measuring cylinder to measure the volume of liquids in milliliters. 
• Calculating the volume of irregular solids: Measure the rise in the level of water to calculate the volume of irregular solids. 
• Determining displacement: Measure the change in the volume of water when additional materials are added to it. 

Measuring cylinders are usually made of plastic and come in different sizes, such as 10 mL, 25 mL, 50 mL, and 100 mL. The accuracy of a measuring cylinder depends on the scales given in the cylinder, and the most accurate reading is up to 3 significant figures.

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• Item Code: 7070060
• Production Capacity: 10ml
• Delivery Time: Ready Stock
• Packaging Details: Measuring Cylinder

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A 5ml test tube without a rim is a cylindrical glass tube with a 5ml capacity, designed for holding and mixing liquids, particularly in laboratory settings. It is typically made of borosilicate glass, which is known for its heat resistance and chemical inertness. The absence of a rim allows for easier plugging and potentially more convenient storage in racks. Here's a more detailed description: 

• Capacity: 5ml.
• Material: Borosilicate glass (e.g., Kimax, Pyrex).
• Shape: Cylindrical with a round bottom.
• Rim: The defining feature is the absence of a rim, which can be beneficial for certain applications.
• Applications: Used for mixing, heating, and storing small amounts of liquids, especially in chemical and biological experiments.
• Key properties: Good chemical resistance, heat resistance, and mechanical strength.
• Other features: May be pre-cleaned and suitable for autoclaving

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• Item Code: 9820U02
• Production Capacity: 5ml
• Delivery Time: Ready Stock
• Packaging Details: Box

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A "Cylinders Class A Hexagonal Base Pour out with Individual Calibration Certificate" refers to a type of laboratory measuring cylinder, specifically a Class A cylinder, which is known for its high accuracy and precision. It has a hexagonal base for stability and a pour-out spout for easy liquid transfer, and each cylinder comes with an individual calibration certificate traceable to national standards. Here's a breakdown of the key features:

• Class A:This designation indicates that the cylinder meets specific accuracy standards, typically defined by organizations like ISO or USP, and has tighter tolerances compared to Class B cylinders. 
• Hexagonal Base:The hexagonal shape of the base provides stability, preventing the cylinder from rolling off a flat surface. 
• Pour Out:A spout is included for controlled and efficient pouring of liquids, minimizing spills and ensuring accuracy. 
• Individual Calibration Certificate:Each cylinder is individually calibrated and certified, meaning it has been tested and its accuracy verified against known standards. This certificate is usually traceable to national or international standards. 
• Borosilicate Glass:Cylinders are commonly made from borosilicate glass (like Borosil brand), which is known for its chemical resistance and durability. 
• Graduations:Graduations are the markings on the cylinder that indicate volume measurements. These are usually printed in amber enamel for high visibility and durability. 
• Unique Serial Number:Each cylinder is engraved with a unique serial number, aiding in tracking and quality control. 
• Applications:Class A cylinders are used in applications requiring high precision, such as analytical chemistry, solution preparation, and titrations. 

Additional Information:

• Item Code: 3021009
• Production Capacity: 25ML
• Delivery Time: Ready Stock
• Packaging Details: Glass Cylinder

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A Class A hexagonal base, pour-out measuring cylinder with an individual calibration certificate is a laboratory instrument made of borosilicate glass, featuring a hexagonal base for stability and a pour spout for easy liquid transfer. It's calibrated according to Class A standards, ensuring high accuracy, and comes with a certificate verifying its calibration traceable to national standards. Here's a more detailed breakdown:

• Class A:This designation indicates that the cylinder adheres to a specific set of accuracy standards, with tighter tolerances than Class B cylinders, making it suitable for more precise measurements. 
• Hexagonal Base:The six-sided base provides a stable platform, preventing the cylinder from easily rolling off the lab bench. 
• Pour Out:The spout allows for controlled and efficient pouring of liquids, minimizing spills and waste. 
• Individual Calibration Certificate:Each cylinder is individually calibrated and comes with a certificate that proves its accuracy and traceability to national standards. This certificate ensures the reliability of measurements made with the cylinder. 
• Borosilicate Glass:This type of glass is known for its chemical resistance and thermal shock resistance, making it ideal for laboratory use with various chemicals. 
• Graduations:The cylinder has markings (graduations) to indicate specific volume measurements, typically with an amber enamel finish for easy visibility. 

Additional Information:

• Item Code: 3021012
• Production Capacity: 50Ml
• Delivery Time: Ready Stock
• Packaging Details: Glass Cylinder

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A test tube is a clear, cylindrical container used in laboratories to hold and mix small amounts of substances. Test tubes are usually made of glass or plastic and have an open top and a rounded or flat bottom. Description

• Test tubes are longer than they are wide. 
• They can be between 50 mm to 250 mm in length and 13 and 20 mm in width. 
• Test tubes are transparent, which allows users to see what's happening inside. 
• The narrow top opening of a test tube makes it easy to pour and mix liquids. 

Uses

• Test tubes are used for chemical reactions, heating solutions, and growing organisms. 
• In medical labs, test tubes are used to collect and preserve body fluids like blood and urine. 
• Test tubes are also known as culture tubes or sample tubes. 

Materials

• Test tubes are usually made of glass or plastic. 
• Glass test tubes are often made from borosilicate glass, which is heat resistant. 

Additional Information:

• Item Code: 9800U06
• Production Capacity: 27ML
• Delivery Time: Ready Stock
• Packaging Details: Glass Tube

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A Mohr pipette is a graduated glass or plastic tube that measures the volume of liquids. It's used in labs to move small amounts of liquids between containers. How it works 

• A Mohr pipette has marked lines that indicate different volumes.
• The volume is calculated by subtracting the liquid level before and after dispensing.
• The last graduation mark is not at the tip of the pipette to avoid measuring the narrow nozzle.

Features 

• Mohr pipettes are made of glass or plastic.
• They have a tap on the tip to control the flow of liquid.
• They are used in titrations and clinical analyses.
• They are less accurate than volumetric pipettes.

Uses

• Mohr pipettes are used to measure the volume of liquids in labs. 
• They are used to move small amounts of liquids between containers. 
• They are used in titrations and clinical analyses. 

History 

• Karl Friedrich Mohr, the father of volumetric analysis, invented the Mohr pipette.

Additional Information:

• Item Code: 7059P02
• Production Capacity: 2ML
• Delivery Time: Ready Stock
• Packaging Details: Glass Pipettes

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A measuring cylinder made of polypropylene (PP) and classified as Class B is a graduated cylinder with a hexagonal base, a pour spout, and large, easy-to-read graduations. It is made of high-quality, translucent virgin polypropylene. Features 

• Hexagonal base: Provides stability to the base
• Pour spout: Allows for smooth flow of liquid when pouring
• Large graduations: Easy to read, molded-in graduations
• Translucent: Made of high-quality, translucent virgin polypropylene
• Autoclavable: Can be sterilized by autoclaving
• Microwavable: Can be used in a microwave
• High heat tolerance: Can withstand high temperatures

Uses 

• Measuring cylinders are used to accurately measure the volume of liquids
• They are essential in many scientific and practical applications, such as chemistry, biology, and engineering

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• Item Code: 345040
• Production Capacity: 100ml
• Delivery Time: Ready Stock
• Packaging Details: Plastic Cylinder

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A "low form beaker with a spout" is a laboratory glassware item designed with a short, wide cylindrical shape and a small protruding lip on one side, allowing for easy and controlled pouring of liquids; it's typically made from borosilicate glass, has graduated markings for volume measurement, and is ideal for heating liquids due to its stable base and uniform wall thickness; the "low form" indicates a shorter height compared to a standard beaker, making it more stable for larger volumes of liquid. Key features:

• Short height:Compared to a standard beaker, a low form beaker has a shorter height, providing greater stability when handling large volumes of liquid. 
• Spout:A small lip or protrusion on one side of the beaker, designed to facilitate precise pouring without spilling. 
• Graduated markings:Clear volume markings on the side of the beaker for accurate measurement of liquids. 
• Borosilicate glass:Usually made from borosilicate glass, which can withstand high temperatures and is resistant to chemical attack. 
• Wide base:Provides stability and prevents tipping over. 

Common uses:

• Heating liquids: Due to its design, a low form beaker with a spout is well-suited for heating liquids on a hot plate or Bunsen burner. 
• Mixing solutions: Used to mix chemicals or solutions in a laboratory setting. 
• Transferring liquids: The spout allows for controlled pouring of liquids from the beaker to another container. 

Additional Information:

• Item Code: 1000D12
• Production Capacity: 50ML
• Delivery Time: Ready Stock
• Packaging Details: Glass Beaker

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A 50ml silica crucible is a small, cup-shaped piece of laboratory glassware, typically made of high-purity fused silica. It's designed to hold and heat chemical compounds at high temperatures, commonly used for tasks like ashing, melting, or material testing. Silica crucibles are favored for their excellent heat resistance and chemical inertness, making them suitable for a wide range of laboratory applications. Here's a more detailed description:

• Material:Made of high-purity fused silica, providing excellent resistance to high temperatures and various chemicals. 
• Capacity:50ml, suitable for handling smaller sample sizes. 
• Shape:Typically a cup or dish shape, designed to hold and contain materials being heated. 
• Heat Resistance:Can withstand very high temperatures, making it ideal for processes like ashing, melting, and calcination. 
• Chemical Inertness:Resistant to many chemicals, ensuring that the crucible does not react with the substances being heated. 
• Applications:Used in various laboratory procedures, including heating chemical compounds, burning solid materials, and evaporating or concentrating solutions. 
• Durability:Silica crucibles are generally durable and can be reused after cleaning and sterilization. 
• Handling:While durable, silica can be brittle, so it's important to handle them carefully to avoid breakage or cracking. 
• Optional Features:Some silica crucibles come with lids to prevent contamination or evaporation during heating. 

Additional Information:

• Production Capacity: 25-250ml
• Delivery Time: Ready stock
• Packaging Details: CATOON BOX AND WOODEN BOX