AM Scientific

• Silica Gel 60: A porous, amorphous form of silicon dioxide (SiO2) that serves as the stationary phase in TLC. 
• F254: A fluorescent indicator that absorbs UV light at 254 nm and emits visible light, allowing for easy detection of separated compounds under UV light. 
• 20x20 cm: The size of each plate. 
• 25 plates per pack: The quantity of plates in each package. 
• Glass support: The plates are made from glass, providing a stable and durable base for the silica gel coating. 
• Adherent and hard surface: The silica gel layer is designed to be durable, allowing for pencil writing without damage, says Merck Millipore. 
• High performance: The silica gel 60 offers a high surface area and pore volume, leading to good separation efficiency in TLC. 

• Silica Gel 60: A porous, amorphous form of silicon dioxide (SiO2) that serves as the stationary phase in TLC. 
• F254: A fluorescent indicator that absorbs UV light at 254 nm and emits visible light, allowing for easy detection of separated compounds under UV light. 
• 20x20 cm: The size of each plate. 
• 25 plates per pack: The quantity of plates in each package. 
• Glass support: The plates are made from glass, providing a stable and durable base for the silica gel coating. 
• Adherent and hard surface: The silica gel layer is designed to be durable, allowing for pencil writing without damage, says Merck Millipore. 
• High performance: The silica gel 60 offers a high surface area and pore volume, leading to good separation efficiency in TLC. 

• Silica Gel 60: A porous, amorphous form of silicon dioxide (SiO2) that serves as the stationary phase in TLC. 
• F254: A fluorescent indicator that absorbs UV light at 254 nm and emits visible light, allowing for easy detection of separated compounds under UV light. 
• 20x20 cm: The size of each plate. 
• 25 plates per pack: The quantity of plates in each package. 
• Glass support: The plates are made from glass, providing a stable and durable base for the silica gel coating. 
• Adherent and hard surface: The silica gel layer is designed to be durable, allowing for pencil writing without damage, says Merck Millipore. 
• High performance: The silica gel 60 offers a high surface area and pore volume, leading to good separation efficiency in TLC. 

• Material:Parafilm is made from a proprietary blend of waxes and polyolefins. 
• Properties:It's ductile, malleable, non-toxic, tasteless, and odorless. It's also a thermoplastic, meaning it can be softened by heating and molded into shape, then hardened upon cooling. 
• Sealing:It adheres to itself and most surfaces, creating a secure, self-sealing barrier. 
• Moisture Barrier:Parafilm is known for its ability to minimize moisture loss from sealed containers. 
• Gas Permeability:While providing a moisture barrier, Parafilm also allows for some gas exchange, which is important for many biological and chemical applications. 
• Applications:It's widely used in laboratories for sealing petri dishes, tubes, flasks, and other containers to prevent contamination, evaporation, or spillage. It's also used in grafting in horticulture. 
• Stretchability:Parafilm can be stretched significantly (up to 200% at 21°C) and retains some elasticity upon release. 

Parafilm M is a versatile material used for sealing and protecting laboratory containers. 

• Material: Parafilm M is a semi-transparent, flexible, and waterproof film.
• Length: Each roll measures 125 feet.
• Width: The width of the roll is 4 inches.
• Usage: 
• It effectively seals test tubes, beakers, flasks, and culture tubes.
• Resistant to most acids and alcohols.
• Allows gas permeability.
• Application Areas:
  • Laboratories, research facilities, and educational institutions.
  • Ensures a tight moisture barrier and prevents volume loss.
  • Clings to irregular shapes and surfaces.

• Detection of Adulterants:Delmos Research's dELstrips are designed to detect various adulterants in milk, such as glucose, neutralizers, hydrogen peroxide, maltodextrin, sucrose, and urea, according to their Facebook page. 
• Color Change:The strips react with the adulterant in the milk, causing a color change that corresponds to different levels of the adulterant, according to Delmos Research. 
• Rapid Testing:The strips provide results within a few minutes (e.g., 3-4 minutes for glucose, 30-60 seconds for neutralizers), according to Delmos Research. 
• Easy to Use:The process involves dipping the strip into a milk sample, observing the color change, and comparing it to a color chart provided with the strips, according to Delmos Research. 
• Packaging:The strips are typically packaged in bottles, with each bottle containing 100 strip

• Product Description: A cotton bud with a plastic (polypropylene) stick, designed for collecting specimens.
• Packaging: Individually packed and sterilized, often arriving in a protective, screw-capped polypropylene tube (typically 12 mm diameter) to maintain sterility.
• Sterility: Sterile, usually by ethylene oxide or gamma irradiation.
• Dimensions: Stick size is generally 150 mm.
• Applications:
  • Microbiological Sampling: Collecting bacteria/microorganisms from surfaces, skin, or throat/nasal passages for culture and identification.
  • Environmental Monitoring: Swabbing cleanroom surfaces, food preparation areas, or pharmaceutical equipment.
  • Forensics & Diagnostics: Used for collecting buccal cells or in virology.

• General Purpose: Supports a wide range of microorganisms that aren't overly demanding in their nutritional needs, perfect for routine lab work, teaching, and demonstrations.
• Maintenance & Purity: Excellent for preserving stock cultures and checking the purity of subcultures before further biochemical tests.
• Enrichment Base: Can be easily modified by adding blood, serum, or egg yolk to support fastidious (picky) organisms.
• Non-Selective: Doesn't favor any specific group of microbes, allowing for broad cultivation. 

• Polypropylene Construction:The funnel itself is made of polypropylene, a robust and chemically resistant plastic that is suitable for a wide range of laboratory applications. 
• Gridded Cellulose Nitrate (GCN) Membrane:The membrane is made of cellulose nitrate, a material commonly used in filtration for its ability to trap particles while allowing liquids to pass through. The "gridded" aspect refers to a pattern or grid that may be present on the membrane for enhanced structural support or visual identification. 
• Filtration Process:The funnel is used to filter liquids, with the GCN membrane capturing particles while the liquid passes through. This allows for the separation of solids from the liquid, such as in microbiological analysis or other chemical processes. 

• Microbiology:Used for filtering samples in microbiology testing, such as for water quality, food analysis, or sterility testing. 
• Chemical Analysis:Can be used in various chemical processes to separate solids from liquids during experiments or analyses. 
• Analytical Chemistry:Polypropylene analytical funnels are used in Analytical Chemistry applications, often with standard filter paper. 

• Stem and Angle:The funnel often has a stem to direct the filtered liquid and may have a specific angle for efficient filtration. 
• Disposable or Reusable:Some polypropylene filtration funnels are designed for single use (disposable), while others are more robust and can be reused after cleaning. 
• Membrane Pore Size:The pore size of the GCN membrane is crucial for the type of particles it can filter out. Different pore sizes are available for different applications. 

• High Purity: EMSURE® grade products offer the highest purity and extensive specifications, tested for up to 70 parameters.
• Regulated Analysis: Suitable for regulated analyses and demanding laboratory applications.
• pH Adjustment: Effective in adjusting pH and creating alkaline conditions.
• Specific Applications: Used in accurate chloride measurement in human serum and other chemical reactions.
• Safety and Quality: Available in HDPE bottles for enhanced safety and quality compared to glass. 

• Concentrations: Available in 25% and 32% solutions.
• Common Name: Also known as ammonia water or ammonium hydroxide solution.
• Chemical Formula: NH3 (ammonia) dissolved in water.
• Density: Approximately 0.9 g/mL at 25% concentration, according to Sigma-Aldrich.
• pH: A strong alkali. 

• Storage: Should be stored at +2°C to +25°C. 
• Hazardous Material: Classified as a non-combustible, corrosive hazardous material (Storage class 8B). 
• Safety Precautions: Refer to the product's safety data sheet (SDS) for detailed information on handling and safety procedures, according to Merck. 

• Grade: 40
• Format: Circles
• Diameter: 125 mm (12.5 cm)
• Ash Content: ≤0.007% (ashless)
• Particle Retention: 8 µm (medium retention)
• Filtration Speed: Medium (340 s/100 mL Herzberg)
• Material: High-quality cotton linters with minimum 98% alpha cellulose content
• Pack Size: Typically packed as 100 circles per box 

• Physical state: Liquid
• Color: Dark red
• Odor: Odorless
• Density: 1.006 g/cm3
• Solubility in water: Soluble in water

• Loba: Sells a 0.025 M ferroin indicator solution 
• Qualigens: Sells a clear dark red ferroin indicator solution in a 100 mL glass bottle 
• Sigma-Aldrich: Sells a 0.1 wt. % ferroin indicator solution in H2O 
• Sisco Research Laboratories Pvt. Ltd. Sells a clear red ferroin solution AR that has a shelf life of 60 months 
• Honeywell: Sells a premium grade inorganic reagent ferroin indicator solution

• Material: 100% USP-grade cotton. 
• Construction: Cotton tip securely bonded to a wooden or polystyrene shaft with an aqueous-based adhesive. 
• Sterilization: Sterile swabs are typically gamma-irradiated or autoclaved to eliminate microorganisms. 
• Packaging: Individually wrapped to maintain sterility until use. 
• Applications: Used for sampling, cleaning, wound care, and various medical procedures. 

• Medical and Laboratory Settings:Sterile cotton swabs are used for a wide range of applications in medical and laboratory settings, including:
  • Sampling: Collecting samples for diagnostic testing (e.g., throat cultures, wound swabs).
  • Wound Care: Cleaning wounds, applying antiseptic solutions, and removing debris.
  • Application of Medications: Applying ointments, creams, or solutions.
  • Cleaning: Removing dirt, debris, or fluids from various surfaces.
• Environmental Monitoring:Used to test microbial contamination on surfaces in areas like hospitals, kitchens, and laboratories. 

• Color:Grey powder 
• Odor:Odorless 
• Melting Point:660.37 °C 
• Density:2.7 g/cm³ 
• Solubility:Insoluble in water 

• Flammable Material:It is a reactive flammable material and can ignite in moist air, releasing flammable hydrogen gas. 
• Combustible Dust:Aluminum powder can also form a combustible dust. 
• Hazard Statements:It is labeled with hazard statements H250 (auto-flammable) and H261 (in contact with water, releases flammable gases). 
• Safety Symbol:The GHS02 symbol indicating it is flammable is associated with it. 
• Precautions:Handle with care to avoid exposure to moisture and ignition sources. Proper chemical-proof packaging is used to protect it from moisture and maintain its quality during transport. 

• Industrial Applications:Used in the manufacturing of explosives, pyrotechnics, and pigments. 
• Research Applications:Also utilized in various research applications. 

• pH Indicator:Bromocresol Green is a triphenylmethane dye that changes color as a function of pH. 
• Tracking Dye:It's used as a tracking dye in DNA agarose gel electrophoresis to visualize the progress of DNA separation. 
• Microbiological Applications:It's incorporated into growth media for microorganisms to monitor pH changes. 
• Clinical and Laboratory Use:Used in titrations, clinical diagnostics, and to determine serum albumin concentration. 
• TLC Visualization:In thin-layer chromatography (TLC), it helps visualize acidic compounds. 

• Chemical Formula: C21H14Br4O5S
• CAS Number: 76-60-8
• Form: Typically available as a powder
• Color: Green, but turns yellow at acidic pH and blue-green at alkaline pH
• pKa: 4.7 

• Purpose: To remove oxygen and generate carbon dioxide (CO2) within an anaerobic jar or bag.
• Contents: A paper sachet with an oxygen-absorbing and CO2-producing agent.
• Usage: Used with Anaero-Boxes or bags for cultivating obligate anaerobic bacteria, without needing water or a catalyst.
• Monitoring: Used with an anaerobic indicator tablet (e.g., LE065), which changes color (pink to blue/violet) to confirm the absence of oxygen.
• Benefits: Creates a stable, oxygen-free environment, perfect for clinical, research, and diagnostic needs, explains the neoFroxx website. 

• PurposeLabolene Neutral is used to clean laboratory glassware to ensure accurate results in scientific analyses. 
• CompositionLabolene Neutral has a consistent composition and is unaffected by acid solutions and solutions containing salts of heavy metals. 
• FeaturesLabolene Neutral is efficient, safe, economical, and environmentally friendly. It can be used at a concentration as low as 0.5%. 
• SafetyLabolene Neutral can cause skin and eye irritation. To use, wear protective gloves, clothing, eye protection, and face protection. If it gets on your skin, wash it off with soap and water. If it gets in your eyes, rinse them with water for several minutes. 

• Material: High-quality, durable stainless steel. 
• Shape: Straight with blunt tips and handles. 
• Applications: Suitable for slide making, handling items safely, moving membranes between filter holders and Petri dishes, grasping tissues, and plant tissue culture. 
• Sterilization: Can be autoclaved for sterilization. 
• Availability: Offered in various sizes, typically in packs of two. 
• Handling: Designed for easy handling and precise control. 
• Quality: Known for their great picking up quality and suitability for precise tasks. 

• LA706-2NO: 6-inch forceps.
• LA821-2NO: Bright polished with German type grip.
• LA827-2NO: Another product code for Blunt Forceps.
• LA707-2NO: Another product code for Blunt Forceps. 

• These forceps are commonly used in various laboratory applications, including those in plant tissue culture. 
• They are designed to provide a secure grip and allow for precise handling of delicate materials. 
• Their stainless steel construction ensures durability and resistance to corrosion. 

• Successful retention and separation of moderately hydrophobic analytes
• Ideal for fatty acids, which are too hydrophobic for analysis using C18 columns

• Higher analytical throughput compared to C18 alkyl chain chemistry
• Quicker compound elution due to reduced hydrophobic interactions

• Highly symmetrical peak shapes
• Improved speed of analysis, efficiency, and sensitivity

Meet the challenges of modern chromatography with state-of-the-art columns that provide outstanding performance and consistent separations. Twelve different chemistries are available so you can optimize separations and maximize productivity. Get outstanding peak shapes in reversed phase, ion exchange, HILIC, or normal phase chromatography.

• Excellent peak symmetry
• Narrow peaks for outstanding efficiency
• Enhanced sensitivity and improved resolution
• Exceptional reproducibility for reliable chromatography, column after column
• Solutions for high-throughput screening
• 1.9, 3 and 5μm particle sizes for all your separation needs

• Formulation: It is supplied as a concentrate, not a ready-to-use product, and needs to be diluted according to specific instructions for different risk areas.
• Active Ingredients: The active ingredients typically include 1,6-dihydroxy-2,5-dioxahexane, glutaraldehyde, and benzalkonium chloride.
• Spectrum of Activity: It has a broad spectrum of activity, being effective against:
  • Bacteria (including MRSA)
  • Fungi
  • Viruses (enveloped and non-enveloped, including COVID-19)
  • Mycobacteria
  • • Spores (sporicidal action, including Clostridium difficile spores), which is a key differentiator for critical areas.
  • Material Compatibility: It contains corrosion inhibitors and cleansers, making it safe for a wide range of surfaces including stainless steel, aluminum, various plastics, and rubber, when used as directed.
  • Application: It is used for surface mopping and can also be used for fogging (at a 1% dilution or less).
  • Key Benefits:
    • Dual property of cleaning and disinfection.
    • Requires a short contact time (typically 10-20 minutes when diluted correctly).
    • Recommended by organizations like NABH & Kayakalp.
    • Passes various European Norms (EN standards) for efficacy.
    • Usage Areas
      • Operation Theatres (OTs)
      • Intensive Care Units (ICUs) and Neonatal ICUs (NICUs)
      • Medical laboratories
      • Pharmaceutical sterile sections
      • Critical care areas and special wards 
       

• Reagent Strips: The kit contains individual strips, typically packaged in bottles of 100, each designed to detect specific adulterants. 
• Detection: Strips are available for a variety of common adulterants, including:
  • Glucose 
  • Sucrose 
  • Neutralizers 
  • • Urea 
    • Hydrogen Peroxide 
    • Maltodextrin 
    • Salt 
    • Starch 
    • Formalin 
  • Color Change: When dipped in a fresh milk sample, the test pad on the strip changes color to indicate the presence of an adulterant. The intensity of the color change corresponds to the concentration of the adulterant. 
    1. Collect a fresh milk sample in a clean container. 
  How to use the strips

• Reagent Strips: The kit contains individual strips, typically packaged in bottles of 100, each designed to detect specific adulterants. 
• Detection: Strips are available for a variety of common adulterants, including:
  • Glucose 
  • Sucrose 
  • Neutralizers 
  • Urea 
  • Hydrogen Peroxide 
  • Maltodextrin 
  • Salt 
  • Starch 
  • Formalin 

• Composition: Made from 100% pure, natural cotton fibers, typically cotton linters, which are short fibers left after ginning.
• Appearance: It is a white, soft, and fluffy material, often provided in rolls or pads.
• Non-Absorbent Property: The key characteristic is its hydrophobic nature. The cotton fibers are coated with non-polar materials like paraffin wax or silicone oils, which lowers the surface energy and causes the material to resist water and other liquids. Non-absorbent cotton will float on water, whereas absorbent cotton will sink.
• Purity Standards: The "I.P." designation means it complies with the quality standards for drugs and pharmaceuticals set by the Indian Pharmacopoeia, ensuring it meets specific criteria regarding purity and absence of impurities or contaminants like leaf residue or seed coats.
• Sterility: The product is explicitly non-sterile as manufactured and packaged. It requires a sterilization process (such as steam, ethylene oxide, or gamma radiation) before use in sterile medical or surgical contexts.
• Safety: The material is produced to be non-toxic and safe for skin contact. Common UsesBecause it resists moisture, non-absorbent cotton wool is typically used in applications where a barrier is needed or where airflow is desired without fluid retention: 
  • Laboratory settings: Frequently used for plugging test tubes, flasks, and other culture vessels to maintain culture integrity by allowing air flow while keeping out dust and microorganisms.
  • Industrial applications: Used in various procedures where chemical resistance to certain solvents and reagents is an asset.
  • General purposes: Can be used in certain craft or general cleaning tasks where its unique properties are beneficial.
  • Medical (after sterilization): Once properly sterilized, it can be used for padding or in wound dressings where its non-absorbent nature might be specifically required by a healthcare professional. 

• Product Code: 7060P22
• Brand: Borosil
• Type: Measuring Pipette, Mohr Type
• Capacity: 2 ml
• Class: Class B (indicating tolerance/accuracy level)
• Material: 3.3 Borosilicate Glass
• Graduation Interval: 0.1 ml (with 0.01 ml subdivisions)
• Markings: Permanent amber stain diffused into the glass for durability.
• Standards: Calibrated according to IS 835. 

• Material: 3.3 Borosilicate glass 
• Capacity: 3 ml 
• Dimensions: Approximately 10mm (O.D.) x 75mm (Length) 
• Key Features:
  • Thick-walled, mechanically resistant, and robust 
  • High thermal shock resistance 
  • Round bottom 
  • Beaded, heavy-duty rim for handling strength and to prevent chipping 
• Certifications:
  • IS 2618 
  • ISO/DIN 4142 
• Typical Use: For chemical, biological, and pharmaceutical laboratory work, such as handling reagents, heating, and observing reactions 

• Purpose:The Bowie-Dick test ensures that the vacuum system of the sterilizer effectively removes air, preventing the formation of a barrier that could prevent steam from penetrating and sterilizing porous loads. 
• Procedure:The test pack is placed in a specific location within the sterilizer chamber, and a short sterilization cycle is run. 
• Result Interpretation:A uniform color change on the test sheet indicates a successful test, while a non-uniform color change, particularly with a lighter-colored area in the center, indicates residual air and a potential failure. 
• Significance:Proper air removal is crucial for effective steam sterilization, as air can act as a non-condensable gas, shielding microorganisms from the sterilizing effects of steam. 
• Compliance:Bowie-Dick tests are required by standards such as EN 285 and ISO 11140.

• Non-absorbent cotton wool I.P. (Indian Pharmacopoeia) is pure, bleached cotton that has been treated to repel water and other fluids, rather than soak them up. It is supplied in a non-sterile state and, as directed by its labeling, must be sterilized before any use that requires a sterile environment, such as surgical applications or direct contact with open wounds. Description and Characteristics
  • Composition: Made from 100% pure, natural cotton fibers, typically cotton linters, which are short fibers left after ginning.
  • Appearance: It is a white, soft, and fluffy material, often provided in rolls or pads.
  • Non-Absorbent Property: The key characteristic is its hydrophobic nature. The cotton fibers are coated with non-polar materials like paraffin wax or silicone oils, which lowers the surface energy and causes the material to resist water and other liquids. Non-absorbent cotton will float on water, whereas absorbent cotton will sink.
  • Purity Standards: The "I.P." designation means it complies with the quality standards for drugs and pharmaceuticals set by the Indian Pharmacopoeia, ensuring it meets specific criteria regarding purity and absence of impurities or contaminants like leaf residue or seed coats.
  • Sterility: The product is explicitly non-sterile as manufactured and packaged. It requires a sterilization process (such as steam, ethylene oxide, or gamma radiation) before use in sterile medical or surgical contexts.
  • Safety: The material is produced to be non-toxic and safe for skin contact. Common UsesBecause it resists moisture, non-absorbent cotton wool is typically used in applications where a barrier is needed or where airflow is desired without fluid retention: 
    • Laboratory settings: Frequently used for plugging test tubes, flasks, and other culture vessels to maintain culture integrity by allowing air flow while keeping out dust and microorganisms.
    • Industrial applications: Used in various procedures where chemical resistance to certain solvents and reagents is an asset.
    • General purposes: Can be used in certain craft or general cleaning tasks where its unique properties are beneficial.
    • Medical (after sterilization): Once properly sterilized, it can be used for padding or in wound dressings where its non-absorbent nature might be specifically required by a healthcare professional. 

• Aflatoxin M1 Rapid Test Kit-
  
  Aflatoxins are naturally occurring mycotoxins, which are extremely toxic and among the most carcinogenicsubstances known. After entering the animal body, aflatoxins may be metabolized by the liver t a new substanceaflatoxin M1. Thus it is of great importance to monitor the residue of aflatoxin M1 in foods, especially in dailyconsumptions, such as milk and many other dairy products.

• PurposePetri dishes are used to culture microorganisms and cells on a solid medium, such as agar. They are ideal for isolating microorganisms from contamination. 
• UsesPetri dishes are used in microbiology labs for a variety of purposes, including studying cells, identifying bacteria, and culturing embryos. 
• HistoryThe Petri dish was invented by German bacteriologist Julius Petri in the 1880s. Before the Petri dish, bacteria were grown in broths, which made it difficult to isolate single colonies. 
• MaterialsPetri dishes can be made of glass, polystyrene, polypropylene, or cellulose acetate. Glass Petri dishes are heat resistant and can be sterilized in autoclaves or laboratory ovens. Plastic Petri dishes are disposable and a good choice if cross-contamination is a problem. 
• How to useTo use a Petri dish, you can pour a sample of bacteria or other microorganism onto the culture or apply it with a cotton swab. Then, close the lid and store the dish at around 37°C for a few days. 
• Computerized imagingPetri dish-based technology has been enhanced with the development of computerized imaging systems. Robots can use bar codes to move plates between workstations, incubators, and imaging cameras. 

• Wide Mouth:The large opening allows for easy filling and emptying of even viscous materials, powders, and solids. 
• LDPE Material:LDPE is a flexible, impact-resistant, and chemically resistant plastic, making it suitable for a wide range of applications. 
• PP Closure:The polypropylene (PP) screw cap provides a secure, leakproof seal, protecting the contents from contamination and spills. 
• Chemical Resistance:Both LDPE and PP offer good chemical resistance, making the bottle suitable for storing various substances, including some chemicals. 
• Freezer Storage:Many LDPE bottles with PP closures are designed for freezer storage, with some able to withstand temperatures down to -100°C (or -148°F). 
• Versatile Applications:These bottles are used in various settings, including laboratories, for sample collection, and for storing and shipping a variety of materials. 
• Easy to Clean:The wide mouth and smooth surface of the bottle make it easy to clean and reuse. 
• Content Visibility:LDPE is translucent, allowing for easy visual inspection of the contents. 

• Milk Adulterants Kit - Small: (Urea, Hydrogen Peroxide, Neutralizers and Starch): Five Test each
• Milk Adulterants Kit - Medium: (Salt, Urea, Sugar, Neutralizers and Starch): 100 Test each
• Milk Adulterants Kit - Large: (Salt, Urea, Sugar, Neutralizers, Ammonia, Glucose, Nitrate and Starch): 100 Test each

• Brand: Borosil
• Model Code: LHC27111001 (often listed with varying C-series types like C1/C2)
• Type: Fixed Volume, Single Channel
• Volume: 1 µl (microliter)
• Accuracy (Inaccuracy %): ±2.5%
• Precision (Imprecision %): ±1.8%
• Design: Ergonomic, lightweight, with a separate tip ejector for narrow tubes.
• Autoclavable: Yes, its lower parts can be sterilized.
• Use: Ideal for handling small volumes in molecular biology, genetics, clinical diagnostics, and research. 

• Product Type: Centrifuge tube
• Capacity: 15 ml
• Design: Conical bottom, plain (no lid or markings)
• Material: High-quality borosilicate glass tubing
• Key Features:
  • Designed to withstand high centrifugal forces
  • Conical bottom collects higher density fractions at the center for easy separation
  • Built for extended service life
• Standards: Complies with IS 3740 standards
• Applications: Suitable for laboratory work in biology, chemistry, and research, including cell culture and DNA purification

• Product: Test tube with rim
• Capacity: 5 ml
• Dimensions: 12mm (O.D.) x 75mm (Length)
• Material: Borosilicate glass
• Design: Round bottom, thick-walled, and with a rim for easy handling
• Key features: High mechanical and thermal shock resistance
• Standards: Complies with IS 2618 and ISO/DIN 4142
• Borosil Test Tubes with Rim comply with IS 2618, ISO/ DIN 4142. Each tube is made of 3.3 Borosilicate glass and is designed with a rim and round bottom. Made thick-walled, mechanically very resistant. The Borosil Test Tubes also have a high thermal shock resistance.

• Full pH Range:The papers are capable of measuring pH from 1 to 14, encompassing both acidic and alkaline solutions.
• Ease of Use:They are designed for simple and convenient use, requiring only a dip into the solution to observe a color change.
• Color Change:The color of the test strip will change upon contact with the solution, indicating the approximate pH level.
• Color Chart:A color chart is provided with the papers to match the color change and determine the corresponding pH value.
• Applications:These papers are suitable for a wide range of applications, including testing the pH of water, soil, liquids, and other substances.
• Accuracy:Qualigens Indikrom papers are known for their high accuracy and fast color response, ensuring reliable pH measurement.

Qualitative Filter Paper Grade 1, 11um, 460x 570 mm 100/PK is supplied by the company, Whatman PLC.

This Qualitative Filter Paper are widely used medium flow rate cellulose filter paper. This Qualitative Filter Paper is a grade 1 paper which is employed for routine laboratory applications, qualitative separations and clarifying liquids.

Product specifications:

• Catalog number: 2001-4657-1005
• Brand Name: FILTROS UK
• Quantity/unit: Pack of 100

Product features:

• Grade: Grade 1
• Format: Sheet
• Dimension: 460x570 mm
• Particle retention: 11m

The Sartorius YDP50 Compact Dot Matrix Printer is a high-performance printing solution designed exclusively for Sartorius laboratory balances, including the Entris II and Quintix Pro series. Engineered in Germany with meticulous attention to detail, this printer ensures reliable, fast, and high-quality documentation of measurement data, making it an indispensable tool for laboratories, pharmaceutical facilities, and industrial weighing applications.

Built with robust construction and user-friendly operation, the YDP50 delivers crisp, smudge-free printouts even in demanding environments. Whether you need to record batch weights, compliance documentation, or real-time measurement logs, this printer guarantees precision and durability—hallmarks of Sartorius’s commitment to excellence.

• Fast dot-matrix printing ensures quick documentation without delays.
• Continuous paper feed with easy-loading mechanism for uninterrupted operation.
• Long-lasting print quality with Sartorius-certified ink ribbons for smudge-resistant records.

• Direct integration with Entris II and Quintix Pro balances for automatic data logging.
• Multiple interface options (USB-B 2.0, RS232, D-Sub 9-pin) for flexible connectivity.

• Space-saving footprint (188.2 x 114.6 x 86.6 mm) fits easily in crowded lab spaces.
• Industrial-grade construction ensures longevity even in high-usage environments.

• Standard paper rolls (included) with optional YDP50-Paper refills (6906918).
• Quick-change ink ribbon cartridge system minimizes downtime.

• Legible, permanent records for GMP, ISO, and FDA compliance.
• Time & date stamping for audit trails and traceability.