Yashika Solutions

Schlenk Type Reagent Bottles with Side Arm and Stopcock are precision laboratory containers developed for the storage, transfer, and dispensing of air- and moisture-sensitive chemicals under controlled atmospheres. The integrated side arm fitted with a stopcock enables easy connection to inert gas or vacuum lines, making these bottles suitable for Schlenk techniques.

Manufactured from high-quality, chemically resistant glass, these reagent bottles provide excellent transparency, durability, and long-term chemical compatibility. The screw cap closure with standardized thread ensures secure sealing and ease of handling, while maintaining system integrity during reagent access.

The stopcock allows precise regulation of gas flow for purging, evacuation, or pressure equalization. Uniform wall thickness supports safe handling and long service life during repeated laboratory use.

These Schlenk type reagent bottles are suitable for:

• Storage of air- and moisture-sensitive reagents
• Inert gas purging and reagent protection
• Controlled reagent dispensing
• Organometallic and synthetic chemistry
• Research and academic laboratories

Available in capacities from 50 ml to 2000 ml with standard screw thread sizes including GL-32 and GL-45, these bottles integrate seamlessly into modern inert atmosphere laboratory setups.

Schlenk type reagent bottles with side arm and stopcock combine secure storage, precise atmosphere control, and robust glass construction, making them essential for advanced chemical research and synthesis.

Schlenk Type Reagent Bottles with Side Arm and Stopcock are precision laboratory containers developed for the storage, transfer, and dispensing of air- and moisture-sensitive chemicals under controlled atmospheres. The integrated side arm fitted with a stopcock enables easy connection to inert gas or vacuum lines, making these bottles suitable for Schlenk techniques.

Manufactured from high-quality, chemically resistant glass, these reagent bottles provide excellent transparency, durability, and long-term chemical compatibility. The screw cap closure with standardized thread ensures secure sealing and ease of handling, while maintaining system integrity during reagent access.

The stopcock allows precise regulation of gas flow for purging, evacuation, or pressure equalization. Uniform wall thickness supports safe handling and long service life during repeated laboratory use.

These Schlenk type reagent bottles are suitable for:

• Storage of air- and moisture-sensitive reagents
• Inert gas purging and reagent protection
• Controlled reagent dispensing
• Organometallic and synthetic chemistry
• Research and academic laboratories

Available in capacities from 50 ml to 2000 ml with standard screw thread sizes including GL-32 and GL-45, these bottles integrate seamlessly into modern inert atmosphere laboratory setups.

Schlenk type reagent bottles with side arm and stopcock combine secure storage, precise atmosphere control, and robust glass construction, making them essential for advanced chemical research and synthesis.

Schlenk Type Reagent Bottles with Side Arm and Stopcock are precision laboratory containers developed for the storage, transfer, and dispensing of air- and moisture-sensitive chemicals under controlled atmospheres. The integrated side arm fitted with a stopcock enables easy connection to inert gas or vacuum lines, making these bottles suitable for Schlenk techniques.

Manufactured from high-quality, chemically resistant glass, these reagent bottles provide excellent transparency, durability, and long-term chemical compatibility. The screw cap closure with standardized thread ensures secure sealing and ease of handling, while maintaining system integrity during reagent access.

The stopcock allows precise regulation of gas flow for purging, evacuation, or pressure equalization. Uniform wall thickness supports safe handling and long service life during repeated laboratory use.

These Schlenk type reagent bottles are suitable for:

• Storage of air- and moisture-sensitive reagents
• Inert gas purging and reagent protection
• Controlled reagent dispensing
• Organometallic and synthetic chemistry
• Research and academic laboratories

Available in capacities from 50 ml to 2000 ml with standard screw thread sizes including GL-32 and GL-45, these bottles integrate seamlessly into modern inert atmosphere laboratory setups.

Schlenk type reagent bottles with side arm and stopcock combine secure storage, precise atmosphere control, and robust glass construction, making them essential for advanced chemical research and synthesis.

Schlenk Type Reagent Bottles with Side Arm and Stopcock are precision laboratory containers developed for the storage, transfer, and dispensing of air- and moisture-sensitive chemicals under controlled atmospheres. The integrated side arm fitted with a stopcock enables easy connection to inert gas or vacuum lines, making these bottles suitable for Schlenk techniques.

Manufactured from high-quality, chemically resistant glass, these reagent bottles provide excellent transparency, durability, and long-term chemical compatibility. The screw cap closure with standardized thread ensures secure sealing and ease of handling, while maintaining system integrity during reagent access.

The stopcock allows precise regulation of gas flow for purging, evacuation, or pressure equalization. Uniform wall thickness supports safe handling and long service life during repeated laboratory use.

These Schlenk type reagent bottles are suitable for:

• Storage of air- and moisture-sensitive reagents
• Inert gas purging and reagent protection
• Controlled reagent dispensing
• Organometallic and synthetic chemistry
• Research and academic laboratories

Available in capacities from 50 ml to 2000 ml with standard screw thread sizes including GL-32 and GL-45, these bottles integrate seamlessly into modern inert atmosphere laboratory setups.

Schlenk type reagent bottles with side arm and stopcock combine secure storage, precise atmosphere control, and robust glass construction, making them essential for advanced chemical research and synthesis.

Schlenk Type Reagent Bottles with Side Arm and Stopcock are precision laboratory containers developed for the storage, transfer, and dispensing of air- and moisture-sensitive chemicals under controlled atmospheres. The integrated side arm fitted with a stopcock enables easy connection to inert gas or vacuum lines, making these bottles suitable for Schlenk techniques.

Manufactured from high-quality, chemically resistant glass, these reagent bottles provide excellent transparency, durability, and long-term chemical compatibility. The screw cap closure with standardized thread ensures secure sealing and ease of handling, while maintaining system integrity during reagent access.

The stopcock allows precise regulation of gas flow for purging, evacuation, or pressure equalization. Uniform wall thickness supports safe handling and long service life during repeated laboratory use.

These Schlenk type reagent bottles are suitable for:

• Storage of air- and moisture-sensitive reagents
• Inert gas purging and reagent protection
• Controlled reagent dispensing
• Organometallic and synthetic chemistry
• Research and academic laboratories

Available in capacities from 50 ml to 2000 ml with standard screw thread sizes including GL-32 and GL-45, these bottles integrate seamlessly into modern inert atmosphere laboratory setups.

Schlenk type reagent bottles with side arm and stopcock combine secure storage, precise atmosphere control, and robust glass construction, making them essential for advanced chemical research and synthesis.

Schlenk Type Reagent Bottles with Side Arm and Stopcock are precision laboratory containers developed for the storage, transfer, and dispensing of air- and moisture-sensitive chemicals under controlled atmospheres. The integrated side arm fitted with a stopcock enables easy connection to inert gas or vacuum lines, making these bottles suitable for Schlenk techniques.

Manufactured from high-quality, chemically resistant glass, these reagent bottles provide excellent transparency, durability, and long-term chemical compatibility. The screw cap closure with standardized thread ensures secure sealing and ease of handling, while maintaining system integrity during reagent access.

The stopcock allows precise regulation of gas flow for purging, evacuation, or pressure equalization. Uniform wall thickness supports safe handling and long service life during repeated laboratory use.

These Schlenk type reagent bottles are suitable for:

• Storage of air- and moisture-sensitive reagents
• Inert gas purging and reagent protection
• Controlled reagent dispensing
• Organometallic and synthetic chemistry
• Research and academic laboratories

Available in capacities from 50 ml to 2000 ml with standard screw thread sizes including GL-32 and GL-45, these bottles integrate seamlessly into modern inert atmosphere laboratory setups.

Schlenk type reagent bottles with side arm and stopcock combine secure storage, precise atmosphere control, and robust glass construction, making them essential for advanced chemical research and synthesis.

Schlenk Type Reagent Bottles with Side Arm and Stopcock are precision laboratory containers developed for the storage, transfer, and dispensing of air- and moisture-sensitive chemicals under controlled atmospheres. The integrated side arm fitted with a stopcock enables easy connection to inert gas or vacuum lines, making these bottles suitable for Schlenk techniques.

Manufactured from high-quality, chemically resistant glass, these reagent bottles provide excellent transparency, durability, and long-term chemical compatibility. The screw cap closure with standardized thread ensures secure sealing and ease of handling, while maintaining system integrity during reagent access.

The stopcock allows precise regulation of gas flow for purging, evacuation, or pressure equalization. Uniform wall thickness supports safe handling and long service life during repeated laboratory use.

These Schlenk type reagent bottles are suitable for:

• Storage of air- and moisture-sensitive reagents
• Inert gas purging and reagent protection
• Controlled reagent dispensing
• Organometallic and synthetic chemistry
• Research and academic laboratories

Available in capacities from 50 ml to 2000 ml with standard screw thread sizes including GL-32 and GL-45, these bottles integrate seamlessly into modern inert atmosphere laboratory setups.

Schlenk type reagent bottles with side arm and stopcock combine secure storage, precise atmosphere control, and robust glass construction, making them essential for advanced chemical research and synthesis.

Schlenk Type Reagent Bottles with Side Arm and Stopcock are precision laboratory containers developed for the storage, transfer, and dispensing of air- and moisture-sensitive chemicals under controlled atmospheres. The integrated side arm fitted with a stopcock enables easy connection to inert gas or vacuum lines, making these bottles suitable for Schlenk techniques.

Manufactured from high-quality, chemically resistant glass, these reagent bottles provide excellent transparency, durability, and long-term chemical compatibility. The screw cap closure with standardized thread ensures secure sealing and ease of handling, while maintaining system integrity during reagent access.

The stopcock allows precise regulation of gas flow for purging, evacuation, or pressure equalization. Uniform wall thickness supports safe handling and long service life during repeated laboratory use.

These Schlenk type reagent bottles are suitable for:

• Storage of air- and moisture-sensitive reagents
• Inert gas purging and reagent protection
• Controlled reagent dispensing
• Organometallic and synthetic chemistry
• Research and academic laboratories

Available in capacities from 50 ml to 2000 ml with standard screw thread sizes including GL-32 and GL-45, these bottles integrate seamlessly into modern inert atmosphere laboratory setups.

Schlenk type reagent bottles with side arm and stopcock combine secure storage, precise atmosphere control, and robust glass construction, making them essential for advanced chemical research and synthesis.

Schlenk Type Reagent Bottles with Side Arm and Stopcock are precision laboratory containers developed for the storage, transfer, and dispensing of air- and moisture-sensitive chemicals under controlled atmospheres. The integrated side arm fitted with a stopcock enables easy connection to inert gas or vacuum lines, making these bottles suitable for Schlenk techniques.

Manufactured from high-quality, chemically resistant glass, these reagent bottles provide excellent transparency, durability, and long-term chemical compatibility. The screw cap closure with standardized thread ensures secure sealing and ease of handling, while maintaining system integrity during reagent access.

The stopcock allows precise regulation of gas flow for purging, evacuation, or pressure equalization. Uniform wall thickness supports safe handling and long service life during repeated laboratory use.

These Schlenk type reagent bottles are suitable for:

• Storage of air- and moisture-sensitive reagents
• Inert gas purging and reagent protection
• Controlled reagent dispensing
• Organometallic and synthetic chemistry
• Research and academic laboratories

Available in capacities from 50 ml to 2000 ml with standard screw thread sizes including GL-32 and GL-45, these bottles integrate seamlessly into modern inert atmosphere laboratory setups.

Schlenk type reagent bottles with side arm and stopcock combine secure storage, precise atmosphere control, and robust glass construction, making them essential for advanced chemical research and synthesis.

Schlenk Type Reagent Bottles with Side Arm and Stopcock are precision laboratory containers developed for the storage, transfer, and dispensing of air- and moisture-sensitive chemicals under controlled atmospheres. The integrated side arm fitted with a stopcock enables easy connection to inert gas or vacuum lines, making these bottles suitable for Schlenk techniques.

Manufactured from high-quality, chemically resistant glass, these reagent bottles provide excellent transparency, durability, and long-term chemical compatibility. The screw cap closure with standardized thread ensures secure sealing and ease of handling, while maintaining system integrity during reagent access.

The stopcock allows precise regulation of gas flow for purging, evacuation, or pressure equalization. Uniform wall thickness supports safe handling and long service life during repeated laboratory use.

These Schlenk type reagent bottles are suitable for:

• Storage of air- and moisture-sensitive reagents
• Inert gas purging and reagent protection
• Controlled reagent dispensing
• Organometallic and synthetic chemistry
• Research and academic laboratories

Available in capacities from 50 ml to 2000 ml with standard screw thread sizes including GL-32 and GL-45, these bottles integrate seamlessly into modern inert atmosphere laboratory setups.

Schlenk type reagent bottles with side arm and stopcock combine secure storage, precise atmosphere control, and robust glass construction, making them essential for advanced chemical research and synthesis.

Schlenk Type Reagent Bottles with Side Arm and Stopcock are precision laboratory containers developed for the storage, transfer, and dispensing of air- and moisture-sensitive chemicals under controlled atmospheres. The integrated side arm fitted with a stopcock enables easy connection to inert gas or vacuum lines, making these bottles suitable for Schlenk techniques.

Manufactured from high-quality, chemically resistant glass, these reagent bottles provide excellent transparency, durability, and long-term chemical compatibility. The screw cap closure with standardized thread ensures secure sealing and ease of handling, while maintaining system integrity during reagent access.

The stopcock allows precise regulation of gas flow for purging, evacuation, or pressure equalization. Uniform wall thickness supports safe handling and long service life during repeated laboratory use.

These Schlenk type reagent bottles are suitable for:

• Storage of air- and moisture-sensitive reagents
• Inert gas purging and reagent protection
• Controlled reagent dispensing
• Organometallic and synthetic chemistry
• Research and academic laboratories

Available in capacities from 50 ml to 2000 ml with standard screw thread sizes including GL-32 and GL-45, these bottles integrate seamlessly into modern inert atmosphere laboratory setups.

Schlenk type reagent bottles with side arm and stopcock combine secure storage, precise atmosphere control, and robust glass construction, making them essential for advanced chemical research and synthesis.

Product Description

Our aspirator bottles are engineered for convenient and controlled dispensing of liquids in laboratory and industrial environments. These bottles are equipped with either an interchangeable (I/C) stopper or screw cap, as well as a stopcock for regulated withdrawal. The interchangeable joint ensures flexibility for various setups and seamless replacement if needed.

The large capacity range and rugged construction make these bottles ideal for bulk solution storage, washing, draining, or dispensing of distilled water and reagents. Manufactured from chemical-resistant borosilicate glass, the bottles are suitable for a wide array of laboratory chemicals and repeated use in rigorous environments. The precise ground joint and accessible stopcock allow for smooth, accurate outflow, minimizing the risk of spills or waste.

Specifications

• Material: Borosilicate Glass
• Closure: Interchangeable stopper or screw cap
• Joint: Interchangeable (ground glass)
• Stopcock: Integrated for precise liquid flow
• Capacity Range: 1000 mL, 2000 mL, 3000 mL, 5000 mL, 10,000 mL, 20,000 mL
• Chemical Resistance: High; compatible with acids, bases, and laboratory solvents
• Thermal Stability: Suitable for laboratory temperature fluctuations

Available Capacities

• 1000 mL
• 2000 mL
• 3000 mL
• 5000 mL
• 10,000 mL
• 20,000 mL

Applications

• Bulk chemical storage and dispensing
• Laboratory water and reagent dispensing
• Controlled draining for washing or experiments
• Industrial liquid handling
• Fermentation and microbiology applications
• Cleaning and rinsing processes
• Waste collection and disposal
• Pharmaceutical or food industry large-volume liquid management

Key Features

• Large Capacity Options: 1L to 20L variants for bulk storage
• Secure Closure: Choice of interchangeable stopper or screw cap
• Controlled Dispensing: Built-in stopcock ensures accurate flow control
• Interchangeable Joint: Allows easy adaptation and maintenance
• Durable Build: Borosilicate glass for chemical and thermal resistance
• Easy Cleaning: Wide mouth and robust construction for repeated cleaning and sterilization

Variants

Bottles Aspirator with I/C Stopper or Screw Cap, Stopcock & Interchangeable Joint

REILGLAS Kohlrausch Flasks (Mud Flasks) are precision laboratory flasks commonly used in conductivity measurements and mud analysis, particularly in chemical and physical testing laboratories. The distinctive cup at the top facilitates easy filling, controlled transfer, and handling of samples, improving operational convenience during testing procedures.

Manufactured from high-quality, chemically resistant glass, these flasks ensure durability, dimensional stability, and consistent performance. The uniform internal construction supports reliable volume measurement and repeatable test results.

To meet different accuracy requirements, REILGLAS Kohlrausch flasks are available in:

• Standard accuracy � supplied with specified tolerance limits for routine laboratory use

• Class �A� accuracy � offering tighter volumetric tolerances for higher precision applications

Available capacities include:

• 50 ml

• 100 ml

• 200 ml
  (Class �A� versions available as 50�55 ml, 100�110 ml, and 200�220 ml)

These flasks are suitable for use in:

• Conductivity and electrochemical testing

• Mud and slurry analysis

• Chemical and physical laboratories

• Academic and research institutions

REILGLAS Kohlrausch (Mud) flasks combine functional design, reliable accuracy, and durable glass construction, making them a dependable choice for specialized laboratory measurements.

REILGLAS Kohlrausch Flasks (Mud Flasks) are precision laboratory flasks commonly used in conductivity measurements and mud analysis, particularly in chemical and physical testing laboratories. The distinctive cup at the top facilitates easy filling, controlled transfer, and handling of samples, improving operational convenience during testing procedures.

Manufactured from high-quality, chemically resistant glass, these flasks ensure durability, dimensional stability, and consistent performance. The uniform internal construction supports reliable volume measurement and repeatable test results.

To meet different accuracy requirements, REILGLAS Kohlrausch flasks are available in:

• Standard accuracy � supplied with specified tolerance limits for routine laboratory use

• Class �A� accuracy � offering tighter volumetric tolerances for higher precision applications

Available capacities include:

• 50 ml

• 100 ml

• 200 ml
  (Class �A� versions available as 50�55 ml, 100�110 ml, and 200�220 ml)

These flasks are suitable for use in:

• Conductivity and electrochemical testing

• Mud and slurry analysis

• Chemical and physical laboratories

• Academic and research institutions

REILGLAS Kohlrausch (Mud) flasks combine functional design, reliable accuracy, and durable glass construction, making them a dependable choice for specialized laboratory measurements.

Product Description

Our B.O.D. (Biochemical Oxygen Demand) bottles are laboratory standard containers designed for the accurate determination of biochemical oxygen demand in water and wastewater analysis. Constructed from high-quality borosilicate glass, they withstand repeated chemical and thermal exposure, guaranteeing reliable performance in extended incubation procedures.

Available in both clear and amber glass, these bottles offer flexibility for standard and light-sensitive biological or chemical tests. The amber variant is ideal for samples requiring protection from ambient light during extended storage or incubation.

Each bottle comes with an accurately ground interchangeable glass stopper that ensures a perfect seal, preventing sample evaporation or atmospheric contamination. Precision manufacturing ensures uniformity in volume and dimensions, providing confidence and repeatability in demanding laboratory environments.

Specifications

• Material: Borosilicate Glass
• Stopper: Interchangeable, ground glass
• Capacities: 60 mL*, 125 mL*, 300 mL
• Clear or Amber Glass: For standard and light-protected analyses
• Compliance: IS 9213 (except where noted*)
• Approximate Sizes: 60 mL = 42x100 mm, 125 mL = 55x120 mm, 300 mL = 70x143/148 mm (OD x Height)

Available Capacities

• 60 mL* (42 x 100 mm)
• 125 mL* (55 x 120 mm)
• 300 mL (70 x 143 mm clear / 70 x 148 mm amber)

*Note: 60 mL & 125 mL sizes are not covered in the standard (IS 9213).

Applications

• BOD testing in water and wastewater
• Water quality analysis in environmental labs
• Effluent and influent monitoring
• Biological and chemical oxygen demand studies
• Regulatory and compliance laboratories
• Educational laboratory training
• Light-sensitive analysis (amber variant)

Key Features

• Precision Construction: Uniform volume and dimensions for accurate, repeatable analysis
• Ground Glass Stopper: Ensures airtight sealing to prevent contamination
• Chemical and Thermal Resistance: Durable borosilicate glass suitable for demanding conditions
• Light Protection (Amber): Preserves integrity of light-sensitive samples during incubation
• Clean, Mark-Free Design: Easy observation and clear reading of sample

Variants

Product Description

Our B.O.D. (Biochemical Oxygen Demand) bottles are laboratory standard containers designed for the accurate determination of biochemical oxygen demand in water and wastewater analysis. Constructed from high-quality borosilicate glass, they withstand repeated chemical and thermal exposure, guaranteeing reliable performance in extended incubation procedures.

Available in both clear and amber glass, these bottles offer flexibility for standard and light-sensitive biological or chemical tests. The amber variant is ideal for samples requiring protection from ambient light during extended storage or incubation.

Each bottle comes with an accurately ground interchangeable glass stopper that ensures a perfect seal, preventing sample evaporation or atmospheric contamination. Precision manufacturing ensures uniformity in volume and dimensions, providing confidence and repeatability in demanding laboratory environments.

Specifications

• Material: Borosilicate Glass
• Stopper: Interchangeable, ground glass
• Capacities: 60 mL*, 125 mL*, 300 mL
• Clear or Amber Glass: For standard and light-protected analyses
• Compliance: IS 9213 (except where noted*)
• Approximate Sizes: 60 mL = 42x100 mm, 125 mL = 55x120 mm, 300 mL = 70x143/148 mm (OD x Height)

Available Capacities

• 60 mL* (42 x 100 mm)
• 125 mL* (55 x 120 mm)
• 300 mL (70 x 143 mm clear / 70 x 148 mm amber)

*Note: 60 mL & 125 mL sizes are not covered in the standard (IS 9213).

Applications

• BOD testing in water and wastewater
• Water quality analysis in environmental labs
• Effluent and influent monitoring
• Biological and chemical oxygen demand studies
• Regulatory and compliance laboratories
• Educational laboratory training
• Light-sensitive analysis (amber variant)

Key Features

• Precision Construction: Uniform volume and dimensions for accurate, repeatable analysis
• Ground Glass Stopper: Ensures airtight sealing to prevent contamination
• Chemical and Thermal Resistance: Durable borosilicate glass suitable for demanding conditions
• Light Protection (Amber): Preserves integrity of light-sensitive samples during incubation
• Clean, Mark-Free Design: Easy observation and clear reading of sample

Variants

Product Description

Our B.O.D. (Biochemical Oxygen Demand) bottles are laboratory standard containers designed for the accurate determination of biochemical oxygen demand in water and wastewater analysis. Constructed from high-quality borosilicate glass, they withstand repeated chemical and thermal exposure, guaranteeing reliable performance in extended incubation procedures.

Available in both clear and amber glass, these bottles offer flexibility for standard and light-sensitive biological or chemical tests. The amber variant is ideal for samples requiring protection from ambient light during extended storage or incubation.

Each bottle comes with an accurately ground interchangeable glass stopper that ensures a perfect seal, preventing sample evaporation or atmospheric contamination. Precision manufacturing ensures uniformity in volume and dimensions, providing confidence and repeatability in demanding laboratory environments.

Specifications

• Material: Borosilicate Glass
• Stopper: Interchangeable, ground glass
• Capacities: 60 mL*, 125 mL*, 300 mL
• Clear or Amber Glass: For standard and light-protected analyses
• Compliance: IS 9213 (except where noted*)
• Approximate Sizes: 60 mL = 42x100 mm, 125 mL = 55x120 mm, 300 mL = 70x143/148 mm (OD x Height)

Available Capacities

• 60 mL* (42 x 100 mm)
• 125 mL* (55 x 120 mm)
• 300 mL (70 x 143 mm clear / 70 x 148 mm amber)

*Note: 60 mL & 125 mL sizes are not covered in the standard (IS 9213).

Applications

• BOD testing in water and wastewater
• Water quality analysis in environmental labs
• Effluent and influent monitoring
• Biological and chemical oxygen demand studies
• Regulatory and compliance laboratories
• Educational laboratory training
• Light-sensitive analysis (amber variant)

Key Features

• Precision Construction: Uniform volume and dimensions for accurate, repeatable analysis
• Ground Glass Stopper: Ensures airtight sealing to prevent contamination
• Chemical and Thermal Resistance: Durable borosilicate glass suitable for demanding conditions
• Light Protection (Amber): Preserves integrity of light-sensitive samples during incubation
• Clean, Mark-Free Design: Easy observation and clear reading of sample

Variants

Product Description

Our B.O.D. (Biochemical Oxygen Demand) bottles are laboratory standard containers designed for the accurate determination of biochemical oxygen demand in water and wastewater analysis. Constructed from high-quality borosilicate glass, they withstand repeated chemical and thermal exposure, guaranteeing reliable performance in extended incubation procedures.

Available in both clear and amber glass, these bottles offer flexibility for standard and light-sensitive biological or chemical tests. The amber variant is ideal for samples requiring protection from ambient light during extended storage or incubation.

Each bottle comes with an accurately ground interchangeable glass stopper that ensures a perfect seal, preventing sample evaporation or atmospheric contamination. Precision manufacturing ensures uniformity in volume and dimensions, providing confidence and repeatability in demanding laboratory environments.

Specifications

• Material: Borosilicate Glass
• Stopper: Interchangeable, ground glass
• Capacities: 60 mL*, 125 mL*, 300 mL
• Clear or Amber Glass: For standard and light-protected analyses
• Compliance: IS 9213 (except where noted*)
• Approximate Sizes: 60 mL = 42x100 mm, 125 mL = 55x120 mm, 300 mL = 70x143/148 mm (OD x Height)

Available Capacities

• 60 mL* (42 x 100 mm)
• 125 mL* (55 x 120 mm)
• 300 mL (70 x 143 mm clear / 70 x 148 mm amber)

*Note: 60 mL & 125 mL sizes are not covered in the standard (IS 9213).

Applications

• BOD testing in water and wastewater
• Water quality analysis in environmental labs
• Effluent and influent monitoring
• Biological and chemical oxygen demand studies
• Regulatory and compliance laboratories
• Educational laboratory training
• Light-sensitive analysis (amber variant)

Key Features

• Precision Construction: Uniform volume and dimensions for accurate, repeatable analysis
• Ground Glass Stopper: Ensures airtight sealing to prevent contamination
• Chemical and Thermal Resistance: Durable borosilicate glass suitable for demanding conditions
• Light Protection (Amber): Preserves integrity of light-sensitive samples during incubation
• Clean, Mark-Free Design: Easy observation and clear reading of sample

Variants

These bulk density cylinders are specially crafted for use in laboratory testing and analysis, conforming to USP Chapter 616. They are ideal for measuring bulk density of powders, granules, and particulate materials.

• Two available capacities: 100 ml and 250 ml, suitable for a variety of bulk density procedures and protocols.
• Precisely constructed for accurate and repeatable volume measurements in pharmaceutical, chemical, and material science laboratories.
• Recommended for applications that require adherence to USP standards for bulk density determination.

REILGLAS Imhoff Sedimentation Cone (1000 ml, Graduated) is a specialized laboratory vessel used for the determination of settleable solids in water, wastewater, and effluent samples. The cone-shaped design allows suspended solids to settle uniformly at the bottom, enabling accurate volume measurement after a specified settling period.

Manufactured from high-quality, chemically resistant glass, the cone ensures durability, transparency, and resistance to common laboratory chemicals. The 1000 ml graduated scale is clearly and permanently marked, allowing easy reading of sediment volume and improving measurement accuracy.

The narrow bottom tip of the cone concentrates settled solids, enhancing readability and precision during analysis. The cone is compatible with standard Imhoff cone stands and is widely used in environmental and municipal testing laboratories.

Typical applications include:

• Water and wastewater treatment testing

• Environmental monitoring laboratories

• Effluent and sewage analysis

• Academic and research institutions

REILGLAS Imhoff sedimentation cones combine standardized design, clear graduation, and robust glass construction, making them a dependable tool for routine sedimentation analysis.

Glass Spreader � Laboratory Microbiology Tool

High-quality glass spreaders designed for precise spreading of samples across agar surfaces in microbiological laboratories. Available in multiple shapes to suit varied applications, these spreaders offer durability, safety, and ease of use for routine laboratory procedures.

Specifications:

• Manufactured from robust laboratory-grade glass
• Available in L shape, lower angled portion, and triangular (50 mm) designs
• Resistant to acids and laboratory cleaning agents
• Easy to handle and sterilize
• Suitable for repeated use in professional laboratory environments

Applications:

• Spreading microbiological samples on agar plates
• Routine microbiology cultures
• Clinical and academic laboratory practices
• Bacterial and fungal isolation procedures
• General sample distribution tasks in microbiology

Stopcock ? RELIGLAS (For Burettes) is a high-quality laboratory glassware component used to regulate liquid flow during titration and volumetric analysis. Manufactured from chemically resistant, high-clarity glass with precision-engineered keys, these stopcocks provide consistent and repeatable control essential for analytical accuracy.

Variant Options:

With Solid Glass Key:
A traditional design offering smooth rotation and dependable sealing for routine titration work in academic and analytical laboratories.

With PTFE Key:
Provides superior chemical resistance, reduced friction, and leak-free performance. Ideal for aggressive reagents and frequent use.

Screw Type:
Designed for fine and adjustable flow regulation through a screw mechanism, allowing precise drop-by-drop control during titrations.

These stopcocks are suitable for:

• Acid?base and redox titrations
• Volumetric analysis
• Analytical and research laboratories
• Educational and quality control applications

Stopcocks ? RELIGLAS for burettes combine accurate flow control, robust construction, and compatibility with standard burettes, making them essential accessories for precise titration procedures.

Chromatography Columns � 24/29 Socket, PTFE Key Stopcock, No Disc (With/Without Reservoir)

Versatile chromatography columns for laboratory separations, featuring a 24/29 joint or socket and PTFE key stopcock. Choose between standard tubes or models with built-in reservoir for added convenience and sample handling capacity.

Without Reservoir � 24/29 Socket, PTFE Key Stopcock, No Disc

With Reservoir � 24/29 Joint Fitting, PTFE Key Stopcock, No Disc

Specifications:

• 24/29 socket or joint fitting design
• PTFE key stopcock for secure, chemical-resistant closure
• No disc (open tube design for maximum versatility)
• With or without integrated glass reservoir (100 to 1000 ml)
• Lengths: 200 mm to 1000 mm; Outer diameters up to 40 mm
• Borosilicate glass for durability in demanding lab use

Applications:

• Column chromatography sample loading, separation, and fractionation
• Flexible analytical and preparative chromatography set-ups
• Academic, research, and industrial laboratory workflows
• Customizable sample handling and chemical process columns

Chromatography Columns � 24/29 Socket, PTFE Key Stopcock, No Disc (With/Without Reservoir)

Versatile chromatography columns for laboratory separations, featuring a 24/29 joint or socket and PTFE key stopcock. Choose between standard tubes or models with built-in reservoir for added convenience and sample handling capacity.

Without Reservoir � 24/29 Socket, PTFE Key Stopcock, No Disc

With Reservoir � 24/29 Joint Fitting, PTFE Key Stopcock, No Disc

Specifications:

• 24/29 socket or joint fitting design
• PTFE key stopcock for secure, chemical-resistant closure
• No disc (open tube design for maximum versatility)
• With or without integrated glass reservoir (100 to 1000 ml)
• Lengths: 200 mm to 1000 mm; Outer diameters up to 40 mm
• Borosilicate glass for durability in demanding lab use

Applications:

• Column chromatography sample loading, separation, and fractionation
• Flexible analytical and preparative chromatography set-ups
• Academic, research, and industrial laboratory workflows
• Customizable sample handling and chemical process columns

Chromatography Columns � 24/29 Socket, PTFE Key Stopcock, No Disc (With/Without Reservoir)

Versatile chromatography columns for laboratory separations, featuring a 24/29 joint or socket and PTFE key stopcock. Choose between standard tubes or models with built-in reservoir for added convenience and sample handling capacity.

Without Reservoir � 24/29 Socket, PTFE Key Stopcock, No Disc

With Reservoir � 24/29 Joint Fitting, PTFE Key Stopcock, No Disc

Specifications:

• 24/29 socket or joint fitting design
• PTFE key stopcock for secure, chemical-resistant closure
• No disc (open tube design for maximum versatility)
• With or without integrated glass reservoir (100 to 1000 ml)
• Lengths: 200 mm to 1000 mm; Outer diameters up to 40 mm
• Borosilicate glass for durability in demanding lab use

Applications:

• Column chromatography sample loading, separation, and fractionation
• Flexible analytical and preparative chromatography set-ups
• Academic, research, and industrial laboratory workflows
• Customizable sample handling and chemical process columns

Chromatography Columns � 24/29 Socket, PTFE Key Stopcock, No Disc (With/Without Reservoir)

Versatile chromatography columns for laboratory separations, featuring a 24/29 joint or socket and PTFE key stopcock. Choose between standard tubes or models with built-in reservoir for added convenience and sample handling capacity.

Without Reservoir � 24/29 Socket, PTFE Key Stopcock, No Disc

With Reservoir � 24/29 Joint Fitting, PTFE Key Stopcock, No Disc

Specifications:

• 24/29 socket or joint fitting design
• PTFE key stopcock for secure, chemical-resistant closure
• No disc (open tube design for maximum versatility)
• With or without integrated glass reservoir (100 to 1000 ml)
• Lengths: 200 mm to 1000 mm; Outer diameters up to 40 mm
• Borosilicate glass for durability in demanding lab use

Applications:

• Column chromatography sample loading, separation, and fractionation
• Flexible analytical and preparative chromatography set-ups
• Academic, research, and industrial laboratory workflows
• Customizable sample handling and chemical process columns

Quartz Beakers � Low Form with Spout, Transparent, Withstands 900�C

High quality laboratory beakers made from transparent quartz, featuring a low form and precise spout for easy pouring and handling. Built to withstand high temperatures up to 900�C for use in rigorous laboratory procedures.

Specifications:

• Material: Transparent quartz glass
• Low form with sturdy flat base and integrated spout
• Temperature resistance up to 900�C
• Capacities from 25 ml to 1000 ml
• Chemical resistance and optical clarity

Applications:

• Sample heating, mixing, and boiling
• Evaporation and solution preparation
• High-temperature chemical analysis
• Research, QC, and teaching laboratories

Quartz Beakers � Low Form with Spout, Transparent, Withstands 900�C

High quality laboratory beakers made from transparent quartz, featuring a low form and precise spout for easy pouring and handling. Built to withstand high temperatures up to 900�C for use in rigorous laboratory procedures.

Specifications:

• Material: Transparent quartz glass
• Low form with sturdy flat base and integrated spout
• Temperature resistance up to 900�C
• Capacities from 25 ml to 1000 ml
• Chemical resistance and optical clarity

Applications:

• Sample heating, mixing, and boiling
• Evaporation and solution preparation
• High-temperature chemical analysis
• Research, QC, and teaching laboratories

Quartz Beakers � Low Form with Spout, Transparent, Withstands 900�C

High quality laboratory beakers made from transparent quartz, featuring a low form and precise spout for easy pouring and handling. Built to withstand high temperatures up to 900�C for use in rigorous laboratory procedures.

Specifications:

• Material: Transparent quartz glass
• Low form with sturdy flat base and integrated spout
• Temperature resistance up to 900�C
• Capacities from 25 ml to 1000 ml
• Chemical resistance and optical clarity

Applications:

• Sample heating, mixing, and boiling
• Evaporation and solution preparation
• High-temperature chemical analysis
• Research, QC, and teaching laboratories

Product Description

Our aspirator bottles are engineered for convenient and controlled dispensing of liquids in laboratory and industrial environments. These bottles are equipped with either an interchangeable (I/C) stopper or screw cap, as well as a stopcock for regulated withdrawal. The interchangeable joint ensures flexibility for various setups and seamless replacement if needed.

The large capacity range and rugged construction make these bottles ideal for bulk solution storage, washing, draining, or dispensing of distilled water and reagents. Manufactured from chemical-resistant borosilicate glass, the bottles are suitable for a wide array of laboratory chemicals and repeated use in rigorous environments. The precise ground joint and accessible stopcock allow for smooth, accurate outflow, minimizing the risk of spills or waste.

Specifications

• Material: Borosilicate Glass
• Closure: Interchangeable stopper or screw cap
• Joint: Interchangeable (ground glass)
• Stopcock: Integrated for precise liquid flow
• Capacity Range: 1000 mL, 2000 mL, 3000 mL, 5000 mL, 10,000 mL, 20,000 mL
• Chemical Resistance: High; compatible with acids, bases, and laboratory solvents
• Thermal Stability: Suitable for laboratory temperature fluctuations

Available Capacities

• 1000 mL
• 2000 mL
• 3000 mL
• 5000 mL
• 10,000 mL
• 20,000 mL

Applications

• Bulk chemical storage and dispensing
• Laboratory water and reagent dispensing
• Controlled draining for washing or experiments
• Industrial liquid handling
• Fermentation and microbiology applications
• Cleaning and rinsing processes
• Waste collection and disposal
• Pharmaceutical or food industry large-volume liquid management

Key Features

• Large Capacity Options: 1L to 20L variants for bulk storage
• Secure Closure: Choice of interchangeable stopper or screw cap
• Controlled Dispensing: Built-in stopcock ensures accurate flow control
• Interchangeable Joint: Allows easy adaptation and maintenance
• Durable Build: Borosilicate glass for chemical and thermal resistance
• Easy Cleaning: Wide mouth and robust construction for repeated cleaning and sterilization

Variants

Bottles Aspirator with I/C Stopper or Screw Cap, Stopcock & Interchangeable Joint

Our polypropylene safety riders are engineered in a protective hexagonal shape, specifically designed to fit and stabilize measuring cylinders of multiple capacities in the laboratory. These accessories help safeguard delicate glassware against accidental tipping and increase user safety.

• Compatible with cylinder capacities of 5 ml, 10 ml, 25 ml, 50 ml, 100 ml, 250 ml, 500 ml, and 1000 ml.
• Easy to attach and remove, ensuring quick setup and changeovers during busy lab activities.
• Durable polypropylene material provides long-lasting performance and resistance to chemicals and physical stress.
• Ideal for educational, analytical, and routine laboratory environments that prioritize glassware protection and workflow safety.

Our polypropylene safety riders are engineered in a protective hexagonal shape, specifically designed to fit and stabilize measuring cylinders of multiple capacities in the laboratory. These accessories help safeguard delicate glassware against accidental tipping and increase user safety.

• Compatible with cylinder capacities of 5 ml, 10 ml, 25 ml, 50 ml, 100 ml, 250 ml, 500 ml, and 1000 ml.
• Easy to attach and remove, ensuring quick setup and changeovers during busy lab activities.
• Durable polypropylene material provides long-lasting performance and resistance to chemicals and physical stress.
• Ideal for educational, analytical, and routine laboratory environments that prioritize glassware protection and workflow safety.

Our polypropylene safety riders are engineered in a protective hexagonal shape, specifically designed to fit and stabilize measuring cylinders of multiple capacities in the laboratory. These accessories help safeguard delicate glassware against accidental tipping and increase user safety.

• Compatible with cylinder capacities of 5 ml, 10 ml, 25 ml, 50 ml, 100 ml, 250 ml, 500 ml, and 1000 ml.
• Easy to attach and remove, ensuring quick setup and changeovers during busy lab activities.
• Durable polypropylene material provides long-lasting performance and resistance to chemicals and physical stress.
• Ideal for educational, analytical, and routine laboratory environments that prioritize glassware protection and workflow safety.

Our polypropylene safety riders are engineered in a protective hexagonal shape, specifically designed to fit and stabilize measuring cylinders of multiple capacities in the laboratory. These accessories help safeguard delicate glassware against accidental tipping and increase user safety.

• Compatible with cylinder capacities of 5 ml, 10 ml, 25 ml, 50 ml, 100 ml, 250 ml, 500 ml, and 1000 ml.
• Easy to attach and remove, ensuring quick setup and changeovers during busy lab activities.
• Durable polypropylene material provides long-lasting performance and resistance to chemicals and physical stress.
• Ideal for educational, analytical, and routine laboratory environments that prioritize glassware protection and workflow safety.

Our polypropylene safety riders are engineered in a protective hexagonal shape, specifically designed to fit and stabilize measuring cylinders of multiple capacities in the laboratory. These accessories help safeguard delicate glassware against accidental tipping and increase user safety.

• Compatible with cylinder capacities of 5 ml, 10 ml, 25 ml, 50 ml, 100 ml, 250 ml, 500 ml, and 1000 ml.
• Easy to attach and remove, ensuring quick setup and changeovers during busy lab activities.
• Durable polypropylene material provides long-lasting performance and resistance to chemicals and physical stress.
• Ideal for educational, analytical, and routine laboratory environments that prioritize glassware protection and workflow safety.

Ether Condenser Product Description

The RELIGLAS ether condenser ensures rapid, safe condensation of low-boiling, highly volatile solvents such as ether. Its elongated cooling path and efficient water jacket prevent loss or dangerous vapor escape. Standard 19/26 (socket) to 24/29 (cone) joint, effective length 200 mm.

• Cat. No.: 03.405.01
• Socket: 19/26
• Cone: 24/29
• Effective Length: 200 mm