'natural gum supplier for pharmaceutical and food'

Amber Reagent Bottle (Screw Cap) 2000 ml This 2000 ml Amber Reagent Bottle is crafted from high-quality 3.3 borosilicate glass for optimal chemical resistance and durability. The amber coating shields light-sensitive chemicals from harmful UV light, ensuring safe and long-term storage. The bottle features a wide mouth for easy filling, along with white graduation markings from 400 ml to 1800 ml, in 200 ml intervals, for convenient measurement. It is equipped with a drip-free GL 45 screw cap and a pouring ring to prevent spills during transfer. The bottle, cap, and pouring ring are all autoclavable, supporting sterile laboratory practices. This large-volume bottle is suitable for the safe storage and dispensing of reagents in laboratory, pharmaceutical, and industrial environments.

Properties • Gum karaya is an acidic, partially acetylated polysaccharide • lt is white or intense ruby in colour and solidifies into large,roundish tears • It is not soluble in water but swells into a jelly like mass in water. lt absorbs water at very rapidly to form viscous mucilages it is one of low concentrations, although the least soluble among exudate gums. • Karaya is a calcium and magnesium salt,with a central chain of D-galactose, L-rhamnose and D-galacturonic acid units, with some side chains containing D-glucuronic acid. • Heating gum karaya dispersions increases the,solubility but results in permanently lower viscosities. • Gum karaya is approved for food use and is in the GRAS (Generally Recognized Act Safe) list under the Food and Drug Act properties to yield finished products.

Description of Filter Paper, 12.5cms, Student Grade, Dr. Watts Brand: This filter paper is a high-quality laboratory-grade paper designed specifically for student use, marketed under the Dr. Watts brand. It is made from premium quality cellulose material, ensuring excellent filtration performance with consistent retention and flow rate. The filter sheets are round, with a diameter of 12.5 centimeters, and a thickness of about 2 mm, offering reliable solid-liquid separation. They are packed in sets, typically 100 sheets per pack, with a blue box packaging for brand identification and protection. These filter papers are ideal for a wide range of filtering applications in chemistry labs, educational institutions, pharmaceutical labs, and research environments. Suitable for qualitative filtration tasks such as clarity testing, sediment filtering, and general solution separation. Manufactured in India with adherence to ISO 9001:2015 certification standards. Dr. Watts filter papers are known for their good wet strength, non-toxic nature, and low ash content, making them perfect for education and routine laboratory use. The generated image shows a circular 12.5 cm diameter white filter paper sheet in blue packaging, representing the student-grade Dr. Watts brand for lab filtration(see the generated image above).Here is the description of the requested items along with their generated image captions: Copper Electrode Plates 75mm x 25mm with terminals: Copper plates used as electrodes in electrochemical experiments, with terminals for easy connection, size approx 75 x 25 mm. Ideal for educational and laboratory use. Lead Electrode Plates 75mm x 25mm with terminals (N-0059): Lead plates with terminals for laboratory electrochemical applications, size approx 75 x 25 mm, used in controlled environments due to lead's toxicity. Zinc Electrode Plates 75mm x 25mm with terminals: Zinc plates widely used for electrochemical cells, teaching, and research, with terminals and dimensions approx 75 x 25 mm. Electrophorus Strip: A metal strip used in electrostatics experiments to generate static electricity by induction, involving a dielectric base and grounding process. ESR Stand (for 12 tubes): A laboratory rack made of mild steel or stainless steel designed to hold 12 ESR tubes upright for sedimentation rate testing in hematology labs. ESR Stand (for 12 tubes), Stainless Steel: Enhanced stainless steel version providing corrosion resistance and durability for holding 12 ESR tubes in clinical and pathology labs. ESR Stand (for 6 tubes): Laboratory rack for holding 6 ESR tubes, made from iron or plastic, suitable for smaller lab setups or fewer tests. ESR Stand (for 6 tubes), Stainless Steel: Stainless steel rack for 6 ESR tubes providing corrosion resistance, compactness, and repeated use durability. ESR Tube: A transparent glass tube used in erythrocyte sedimentation rate tests, usually with sodium citrate anticoagulant, approx 8 mm diameter and 120 mm length. Eureka Can (Overflow Cans), Metal: Metal overflow vessel used in physics labs for volume displacement via water overflow, typically galvanized iron with spout. Eureka Can (Overflow Cans), Plastic: Plastic version of the overflow can, lightweight and corrosion-resistant, ideal for physics lab displacement experiments. Filter Paper, 12.5cms, Student Grade: Round filter paper, 12.5 cm diameter, qualitative grade suitable for student laboratory filtration tasks, with good absorption and flow properties. Filter Paper, 12.5cms, Student Grade, Dr. Watts Brand: High-quality cellulose-based filter paper, 12.5 cm diameter, in packs of 100 sheets, designed for educational and general laboratory use with consistent filtration performance. Each item has a corresponding generated image with the specified size and format.

Description of ESR Stand (for 6 tubes), Stainless Steel: The ESR stand is designed for clinical and laboratory use to hold 6 erythrocyte sedimentation rate (ESR) test tubes. Made from stainless steel, it provides excellent corrosion resistance, durability, and ease of cleaning to maintain hygiene. Typically a push-type rack that holds the tubes firmly in an upright position to ensure accurate sedimentation measurement. Ideal for use in hematology and pathology labs, the stand facilitates stable and consistent ESR testing. Dimensions typical for this stand are around 5.74 x 2.72 inches, suitable for standard ESR tubes with diameters varying from 4mm to 10mm. The product is compact, sturdy, and designed for repeated use in laboratory environments. It is widely manufactured in India, meeting quality standards for laboratory equipment. The generated image visually represents the stainless steel ESR stand with slots for 6 tubes, showcasing its solid metal construction for clinical use(see the generated image above).

Description of ESR Stand (for 6 tubes): A laboratory rack designed to hold 6 erythrocyte sedimentation rate (ESR) tubes upright during sedimentation tests. Usually made from materials such as iron or plastic, sometimes coated or painted for durability and cleanliness. The stand features 6 slots or holes to secure tubes firmly and prevent tipping or falling during the testing process. Used primarily in hematology and pathology labs to facilitate the ESR blood test. Compact and portable, suitable for small-scale lab setups or where fewer samples are tested. Often white or neutral-colored for easy identification of tube contents and cleanliness. This stand helps maintain tube stability, ensuring accurate and consistent sedimentation rate measurements. The image generated visually shows a standard ESR stand designed to hold six tubes securely in a laboratory environment(see the generated image above).

Description of ESR Stand (for 12 tubes), Stainless Steel: The ESR stand is a laboratory rack designed to hold 12 sedimentation rate tubes securely in an upright position during erythrocyte sedimentation rate tests. It is made from stainless steel, which offers robustness, corrosion resistance, and durability ensuring longevity in laboratory use. Typically designed as a push-type stand, it fits 12 tubes simultaneously and is easy to assemble. Its application is primarily in hematology and pathology labs for blood sedimentation tests. The stainless steel material makes it easy to clean and maintain hygiene standards in clinical environments. This stand is often manufactured in India, maintaining good build quality and meeting lab equipment standards. Suitable for routine screening tests that measure the sedimentation rate of red blood cells. The generated image depicts a stainless steel ESR stand designed for 12 tubes, reflecting its sturdy and hygienic construction for laboratory use(see the generated image above).

Description of ESR Stand (for 12 tubes): The ESR stand is a laboratory equipment used to hold 12 sedimentation rate tubes upright securely during erythrocyte sedimentation rate (ESR) testing. Material: Typically made of mild steel or stainless steel, sometimes with an epoxy powder coating for durability and corrosion resistance. Capacity: Designed specifically to hold 12 tubes simultaneously. Features: It has a simple rack design with slots to prevent tubes from tipping or falling. Application: Commonly used in hematology labs and pathology departments for blood sedimentation tests. Origin: Often manufactured in India with certifications like ISO 9001:2015 and ISO 13485:2016. The stand is sturdy, easy to assemble, and suitable for repeated use in clinical and laboratory settings. The generated image visually depicts the ESR stand with slots for 12 test tubes, suitable for laboratory use in ESR testing(see the generated image above).

A pyknometer (also spelled pycnometer) is a precise laboratory instrument used primarily to measure the density or specific gravity of liquids, pastes, and solids. It is typically a glass flask with a close-fitting ground glass stopper that often includes a fine capillary hole to allow a fixed volume of liquid to be accurately measured. By weighing the empty pycnometer, the pycnometer filled with a reference liquid (usually water), and the pycnometer filled with the sample liquid, one can calculate the density based on weight differences and known volumes. It is widely used in chemical, pharmaceutical, food industry, environmental analysis, and materials research applications for quality control and formulation. Pycnometers offer high measurement accuracy, reliability, and simplicity of operation, making them essential for laboratory density measurements compliant with international standards like DIN EN ISO 2811-1. There are various types including liquid pycnometers and gas pycnometers, with some models featuring integrated thermometers for accurate temperature monitoring during measurement. The device is crucial in optimizing production, research, and quality control processes across industries such as paints, coatings, inks, adhesives, and pharmaceuticals.

Weighing Bottle, Tall Form, 30x65 mm, 25 ml Cap This tall form weighing bottle, with dimensions of 30 mm diameter and 65 mm height, provides a 25 ml capacity ideal for precise analytical weighing in laboratory settings. It is made from borosilicate 3.3 glass, ensuring exceptional chemical resistance, mechanical strength, and the ability to withstand high temperature and thermal shock. These bottles conform to IS 1574 and ASTM-E 438 Type 1 standards and feature a ground glass stopper or cap for a secure seal and sample protection. The tall design reduces risk of sample spill, limits surface area exposure to contaminants, and supports moisture-sensitive or air-sensitive weighing applications. This format is recommended for chemical, pharmaceutical, research, and educational laboratories requiring secure handling and accurate measurement of powders or small sample quantities