LABORATORY EQUIPMENT & APPARATUS
Fertilizers
Plant Growth Regulators
Soil Conditioners
Animal Feed Additives
Biostimulants
Dough Conditioners
Flour Treatments
Fat Replacers
Preservatives (baking)
Surfactants (cleaning)
Builders
Bleaching Agents
Enzymes
Solvents (cleaning)
Fragrances
Gas burner portable
A portable gas burner is a compact and versatile heating device designed for laboratory and field applications. It typically consists of a gas supply source, such as propane or butane, and an adjustable flame control mechanism, allowing users to regulate the heat output precisely. The burner’s lightweight design makes it easy to transport and set up in various locations, making it ideal for experiments that require a reliable heat source without access to electrical outlets
Gas cartridge
A gas cartridge is a sealed container that holds compressed gas, typically designed for specific applications such as fueling portable devices, supplying gas for laboratory experiments, or providing calibration gases. These cartridges are usually made of metal or sturdy plastic and come equipped with a valve for controlled release of the gas. Common gases found in cartridges include propane, butane, helium, hydrogen, and nitrogen.
Gas Catridge
Gas cartridges are commonly used in laboratory settings for various applications such as gas chromatography, gas analysis, calibration of gas sensors, and more. These cartridges typically contain compressed gases or gas mixtures at specific pressures and concentrations. The choice of gas cartridge depends on the specific needs of the experiment or analysis being conducted
Gas jar lid
A gas jar lid is a laboratory accessory designed to securely seal gas jars, which are glass or plastic containers used to hold and study gases or reactions that produce gases. Typically made from durable materials like rubber or plastic, these lids feature a tight-fitting design to prevent gas escape and contamination. Many gas jar lids are equipped with ports for inserting tubes, allowing for the introduction of reactants or the collection of gas samples. Some lids also have pressure relief mechanisms to ensure safety during experiments involving volatile substances. Their design facilitates controlled experiments and safe storage of gaseous samples, making them essential for various scientific applications.
gas jar with a lid
A gas jar with a lid is a cylindrical, transparent container, typically made of glass, designed for the collection and storage of gases during laboratory experiments. The accompanying lid, often made of glass or a non-reactive material, fits securely on top to prevent gas from escaping or contaminating the sample. Its transparency allows for easy observation of gas reactions, while the wide mouth facilitates easy collection of gases, either by displacement or direct capture. This apparatus is essential in experiments where gas purity and containment are critical.
Gas stove portable
Discover the convenience of our portable gas stove, designed for versatility and ease of use. Lightweight and compact, this stove is perfect for outdoor adventures, backyard barbecues, or emergency cooking situations. With its powerful flame, you can quickly prepare meals, boil water, or heat up your favorite dishes wherever you are. The durable construction ensures safety and reliability, while the adjustable flame control allows for precise cooking. Whether you're camping, tailgating, or just need an extra burner at home, this portable gas stove is the perfect solution for all your culinary needs.
Giemsa Stain Powder 25gm
Giemsa stain powder is a violet-colored biological stain composed of methylene blue, eosin, and azure dyes. It is primarily used in laboratories for staining biological samples such as blood films, bone marrow, and various microorganisms. The stain works by binding to different cellular components, allowing for enhanced visualization and characterization under a microscope. Giemsa stain is particularly valued for its ability to highlight details in cellular structures and to differentiate between different cell types and pathogens.
Glass Cutter Diamond Pencil
A glass cutter diamond pencil is a specialized tool commonly used in laboratories for precision cutting of glassware. It consists of a small pencil-shaped handle with a diamond-tipped blade at one end. The diamond tip is extremely hard and sharp, capable of scoring and cutting glass with precision.
In laboratory settings, glass cutter diamond pencils are frequently used for tasks such as cutting glass tubing, glass plates, or other glassware to specific lengths or shapes needed for experiments or analysis. The diamond tip allows for clean and accurate cuts without shattering or damaging the glass, making it an essential tool in many scientific laboratories.
Glass cutter diamond pencil
A glass cutter diamond pencil is a precision tool designed for scoring glass surfaces, featuring a durable diamond-tipped point for enhanced cutting efficiency. Its ergonomic design allows for a comfortable grip, providing the user with better control while making intricate cuts. Ideal for laboratories, crafts, and industrial applications, this tool is perfect for creating clean, straight lines on glass sheets, making it an essential instrument for preparing microscope slides, customizing glassware, or undertaking art projects. With its ability to produce precise scores, the diamond pencil ensures minimal chipping and optimal results in glass cutting tasks.
Glass Funnel
A glass funnel is a laboratory apparatus used to transfer liquids or fine-grained substances into containers with narrow openings. Here are some key details about a glass funnel:
Description
- Material: Typically made of borosilicate glass, which is resistant to thermal shock and chemical corrosion.
- Shape: Consists of a conical upper section (the wide part) and a cylindrical lower section (the narrow stem).
- Size: Comes in various sizes, typically described by the diameter of the top opening and the length of the stem.
Glass funnel
A glass funnel is a laboratory apparatus designed with a wide, circular top and a narrow, elongated neck. Made from high-quality, heat-resistant glass, it is transparent, allowing for easy observation of liquid flow and volume. The funnel's smooth inner surface ensures efficient pouring and minimizes the risk of liquid retention. Typically used in filtration, transferring, and mixing liquids, the glass funnel is an essential tool for precise and safe handling of various substances in chemical and scientific experiments. Its durability and resistance to chemical reactions make it suitable for a wide range of applications in laboratory settings.
Glass Rod for Static Electricity
A glass rod is a common tool used in physics experiments to demonstrate static electricity. Here's how you can use a glass rod to generate static electricity and some of the principles behind it:
Materials Needed:
- Glass rod
- Silk cloth or piece of fur
- Neutral objects (e.g., small pieces of paper, aluminum foil, or a pith ball electroscope)
Steps to Generate Static Electricity:
- Preparation: Make sure the glass rod and the silk cloth are clean and dry. Moisture can hinder the process of generating static electricity.
- Rubbing the Glass Rod: Firmly rub the glass rod with the silk cloth or fur. This action transfers electrons from the glass rod to the silk cloth, leaving the glass rod positively charged due to the loss of electrons.
- Observation: Bring the positively charged glass rod close to neutral objects like small pieces of paper or an electroscope. You should observe the objects being attracted to the rod or the electroscope showing a deflection. This occurs because the neutral objects become polarized; the side closer to the rod becomes negatively charged, and the side further away becomes positively charged.
Glass rod for static electricity
A glass rod is a smooth, cylindrical object made from high-quality glass, typically around 30–50 cm in length and about 1–2 cm in diameter. It serves as an excellent conductor of static electricity due to its ability to gain or lose electrons when rubbed with materials like silk or wool. This charging process results in a positive charge on the glass rod, making it ideal for various electrostatic experiments.
When used in demonstrations, the glass rod can attract lightweight objects such as bits of paper or small pieces of plastic, illustrating the principles of electrostatics. It is commonly employed in educational settings to teach concepts such as charge transfer, electric fields, and electrostatic forces, making it a fundamental tool for understanding static electricity.
Glass stirring rod
A stirring rod, also known as a glass rod, is a slender, cylindrical piece of solid glass used for mixing chemicals and liquids in laboratory settings. Its smooth, inert surface makes it ideal for stirring solutions without reacting with the substances. The rod is typically about 20–30 cm in length, providing enough reach to mix in beakers, flasks, or other containers. Due to its heat-resistant properties, it can also be used to stir hot liquids without breaking or melting.
Glass Trough
A glass trough is a versatile piece of laboratory equipment commonly used in various scientific experiments and demonstrations. Here are some key points about glass troughs:
Description
- Material: Made from high-quality borosilicate glass, which is known for its durability and resistance to thermal shock.
- Shape: Rectangular or square in shape with open tops, allowing easy access to the contents.
- Size: Comes in various sizes, typically with a depth sufficient to hold a significant volume of liquid.
Glass trough
A glass trough is a long, rectangular container made from durable glass, designed for holding liquids, plants, or other materials in various applications. Its transparent nature allows for easy visibility of contents, making it ideal for monitoring experiments or aquatic environments. Glass troughs are often used in laboratories, aquaculture, hydroponics, and decorative settings due to their chemical resistance and aesthetic appeal. They come in various sizes and shapes, providing versatility in use, whether for scientific research, irrigation, or as striking design elements in landscaping and interior decor. The smooth surfaces facilitate easy cleaning and maintenance, ensuring a hygienic environment for whatever is housed within.
Glass tubbing cutter wheel type
A glass tubing cutter (wheel type) is a specialized tool designed for cleanly and precisely cutting glass tubes without shattering or damaging the material. It features a small, sharp, hardened cutting wheel that scores the surface of the glass. By rotating the tubing around the wheel and applying slight pressure, the tool creates a clean score line. After scoring, the tube can be gently snapped along the line to achieve a smooth cut.
This type of cutter is commonly used in laboratories, workshops, and manufacturing settings where glass tubing of various sizes must be customized for specific applications. The wheel type ensures controlled cuts with minimal risk of sharp edges, making it an essential tool for handling fragile glass safely and efficiently.
Glass tubing cutter file
A glass tubing cutter file is a tool used in laboratories to cut glass tubing cleanly and accurately. It consists of a small, pointed metal file with a fine abrasive surface.
Here's how it's typically used:
- Prepare the tubing: Measure the length of tubing needed and mark it with a pen or a glass marker.
- Score the tubing: Gently scratch a line around the circumference of the tubing at the desired cutting point using the glass tubing cutter file. This creates a weakened line along which the tubing will break cleanly.
- Break the tubing: Once the tubing is scored, gently snap it along the line by applying pressure evenly on both sides of the score mark.
Glycerin 250 kg Drum Food Grade
Glycerin, also known as glycerol, is a colorless, odorless, viscous liquid that is sweet-tasting and non-toxic. It is a type of alcohol with three hydroxyl (OH) groups, and is commonly used in various industries such as pharmaceuticals, cosmetics, food, and personal care products. Glycerin has numerous applications, including as a solvent, humectant, emollient, and lubricant, among others. It can be derived from both plant and animal sources, and is also produced as a byproduct of soap and biodiesel manufacturing.
Glycerin 250kg Drum USP
Glycerin, also known as glycerol, is a colorless, odorless, viscous liquid that is sweet-tasting and non-toxic. It is a type of alcohol with three hydroxyl (OH) groups, and is commonly used in various industries such as pharmaceuticals, cosmetics, food, and personal care products. Glycerin has numerous applications, including as a solvent, humectant, emollient, and lubricant, among others. It can be derived from both plant and animal sources, and is also produced as a byproduct of soap and biodiesel manufacturing.
Glycerol AR 2.5 liters
Glycerin, also known as glycerol, is a colorless, odorless, viscous liquid that is sweet-tasting and non-toxic. It is a type of alcohol with three hydroxyl (OH) groups, and is commonly used in various industries such as pharmaceuticals, cosmetics, food, and personal care products. Glycerin has numerous applications, including as a solvent, humectant, emollient, and lubricant, among others. It can be derived from both plant and animal sources, and is also produced as a byproduct of soap and biodiesel manufacturing.
Gold Leaf Electroscope
A Gold Leaf Electroscope is a classic scientific instrument used to detect the presence and magnitude of electric charges. It typically consists of a metal rod with a conducting knob at its end, enclosed within a transparent glass or plastic case. Two thin gold leaves are attached to the bottom of the rod. When a charged object is brought near the knob, electrons either flow into or out of the leaves, causing them to repel each other and diverge. This divergence indicates the presence of an electric charge
Gold leaf electroscope
A gold leaf electroscope
A gold leaf electroscope is a simple device used to detect the presence and magnitude of electric charge. It consists of a metal rod or plate (usually brass) with a pair of thin gold leaves attached at the top. The rod is usually housed in a glass container to protect it from air currents.
Here's how it works:
- Charging: When a charged object is brought close to the metal rod or plate, the electric charge induces a redistribution of charge in the metal rod. If the charged object is positively charged, it repels positive charges in the metal rod to the leaves, causing them to acquire a positive charge and repel each other. Similarly, if the charged object is negatively charged, it induces a negative charge in the metal rod, causing the leaves to acquire a negative charge and repel each other.
- Detection: The repulsion between the leaves causes them to diverge away from each other. The degree of divergence depends on the magnitude of the electric charge present. A stronger charge will cause the leaves to diverge further.
- Neutralization: If the charged object is removed, the leaves may remain diverged for some time if the electroscope is insulated from its surroundings. However, over time, any charge present on the leaves will dissipate due to the conductivity of the air and the surroundings, causing the leaves to return to their original position.
Graduated jug
Graduated jug
is a container typically used in laboratory settings or for measuring liquids precisely. These jugs usually have markings on the side indicating volume measurements, allowing users to accurately measure the amount of liquid they pour into or out of the container. They're commonly made of glass or plastic and come in various sizes depending on the specific application.
Graduated pipette
A graduated pipette is a laboratory instrument designed for precise measurement and transfer of liquid volumes. It features a long, narrow tube with evenly spaced markings (graduations) along its length, allowing users to measure varying volumes of liquid with accuracy. The graduations typically range from the tip to the top of the pipette, enabling the user to draw and dispense specific amounts of liquid. Commonly made of glass or plastic, a graduated pipette is ideal for applications like titrations, solution preparation, and other procedures requiring precise liquid handling. Its accuracy and versatility make it a fundamental tool in scientific research.
Guar gum 25kg
Guar gum is a natural, water-soluble polysaccharide extracted from the seeds of the guar plant (Cyamopsis tetragonoloba), which is grown mainly in India and Pakistan. It is commonly used as a thickener, stabilizer, and emulsifier in a wide range of food and non-food products, including baked goods, dairy products, sauces, dressings, beverages, personal care products, and industrial applications. Guar gum has excellent viscosity and water-binding properties, and it can improve the texture, mouthfeel, and shelf life of many products
Hand Lens
A hand lens, also known as a magnifying glass or a loupe, is a simple optical instrument used to magnify small objects or details to make them easier to see. It consists of a convex lens mounted in a frame with a handle. Hand lenses are commonly used in various fields such as biology, geology, jewelry making, and inspection of small objects in general.
In biology, for example, hand lenses are often used by field biologists to examine plant or insect specimens closely in their natural habitats. Geologists use them to inspect rocks and minerals for identifying characteristics. In jewelry making, hand lenses are used to inspect gemstones and jewelry for flaws or imperfections.
Hand lenses come in various magnification powers, typically ranging from 5x to 20x, with higher magnification providing greater detail but often requiring the object to be held closer to the lens. They are a handy tool for anyone who needs to examine small objects or details in their work or hobbies.
