Simple Cell Pot, as the name suggests, is used for making Simple Cells & Voltmeters etc. Moulded in Polypropylene, this Pot has very good contact clarity and excellent chemical resistance. Being in Polypropylene, this Pot is much durable than the one used conventionally.
Product Information:
Compact in size, inexpensive, lightweight with low power consumption diode laser is housed in a plastic moulded case (90x90x42) mm approx., qualitatively used for ray optics demonstration and simple diffraction work as well as to indicate the points on overhead images and charts. It required three button cells to project visible red spot with a sharply focused beam of wavelength (630-680) nm with only 1mw power consumption.
It is a simple device to determine the ultrasonic velocity in liquids the principle is based on accurate measurement of wave length in the medium Ultrasonic wave s of known frequency are produced by a quartz plate fixed at the bottom of the cell.
The waves are reflected by a movalbe metallic plate. If the separation between these plates is exactly whole multiple of sound wavelength, standing waves are formed.
The acoustic resonance gives rise to electrical reaction on the generator and anode current becomes maximum. From the knowledge of wavelength, velocity can be obtained.
Cell Culture Polystyrene Flask TC-Treated
We supply cell culture in flask with treated culture surface and flask with surface for suspension cell culture.
Description of Standard Cell Culture Flasks TC-Treated
01
Designed with a mouth that gives easy access to entire growth surface.
02
Has a frosted writing area.
03
The cap well matches the bottom to keep stacked flask stable for best use of incubator space.
04
Pyrogen-free.
Specification of Cell Culture Virtual Lab Flask TC-Treated
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Serial Article Number (Product Number) Product Name Specifications Cap Type Culture Area (cm2) Recommended Capacity (ml) PCS./Bag PCS./Box
25cm2 Cell Culture Flask TC-Treated N111051031S Cell Culture Flasks 25 Screw Cap 25 5~7.5 10 200
N111051032S Cell Culture Flasks 25 Filter Screw Cap 25 5~7.5 10 200
75cm2 Cell Culture Flask TC-Treated N111051033S Cell Culture Flasks 75 Screw Cap 75 15~22.5 5 100
N111051034S Cell Culture Flasks 75 Filter Screw Cap 75 15~22.5 5 100
175cm2 Cell Culture Flask TC-Treated N111051035S Cell Culture Flasks 175 Screw Cap 175 35~52.5 5 30
N111051036S Cell Culture Flasks 175 Filter Screw Cap 175 35~52.5 5 30
Why T-flask is Used in Cell Culture?
Gongdong offers two types of cell culture flasks: those with treated culture surfaces and those with surfaces for suspension cell culture. Cell culture flasks are specially designed for the rapid growth and multiplication of microbial, insect, or mammalian cells. Cell culture virtual lab flasks come in sizes of 25, 75, and 125 cm2. For optimal utilization of incubator space, the stacked flasks are kept stable by the cap well matching the bottom. The flask is made with a mouth that allows simple access to the entire growing surface.
As a laboratory consumables manufacturer, we can provide kinds of lab consumables for sale, if you are interested, please leave us a message.
FTO glass is a transparent conductive glass composed of a special glass substrate and a layer of FTO film. FTO film is a wide bandgap semiconductor material composed of tin oxide (SnO2) and fluorine (F). The doping of fluorine element can significantly improve the conductivity of tin oxide.
Descriptions of FTO Conductive Glass
FTO is an n-type semiconductor material, therefore it has extremely high conductivity, reaching over 10 ^ 4 S/cm
Lanjing supply different thickness of FTO coated glass with different resistance.
Glass Dimension Information:
Stock sheet panel can be various, 2140x3300mm, 2250x3210mm ,1830x2440mm, 1830x2200mm and any other customized.
Processed size: FTO glass can be tempered ,the size following clientâ??s cutting list.
Descriptions of FTO Conductive Glass
FTO Glass Features
Transparency
FTO glass has excellent optical transparency, especially in the visible and near ultraviolet light regions, which is crucial for photovoltaic and optoelectronic display applications.
Conductivity
FTO glass has high electrical conductivity, which makes it widely used in electronic devices and circuits.
Stability
Fluorine doped tin oxide coated glass has good chemical and thermal stability, which allows it to maintain its properties under various environmental conditions.
Easy to obtain
The production process of FTO glass is relatively simple and the cost is low, which makes it suitable for large-scale commercial applications.
FTO Glas Application
FTO glass is widely used inï¼?
photovoltaic devices, such as solar cells, dye-sensitized solar cells, organic photovoltaic cells, thin-film solar cells.
FTO Glas Application
Optoelectronic Display Devices (such as liquid crystal displays).
In the Field of Touch Screens
FTO glass can serve as a conductive layer for touch screens, utilizing its excellent conductivity and transparency to provide a high-quality touch experience
The laboratory freeze dryer is a scaled-down version of traditional freeze-drying equipment, which removes water from the sample through a process of freezing and vacuum drying to maintain the structure and activity of the sample. It is mainly used in the laboratory research and development of laboratory lyophilizer companies, and is also widely used in various industries such as medical treatment, Chinese medicinal materials, pharmaceuticals, injections, and biopharmaceuticals. It has the advantages of precision equipment, small footprint, simple operation, high configuration, stable operation, no need to install and debug, power can be used, etc.
The laboratory freeze-drying machines produced by our company have been sold to food enterprises, universities, etc., to help enterprises and universities research and development and production.
Precision Testing with Laboratory Freeze Dryer Technology
Drug Development and Preparation
In the drug development process, freeze dryers are used to prepare and preserve drug samples. By freeze-drying, the activity and stability of the drug can be maintained, and the shelf life of the sample can be extended. Precise control of the drying process can also play a role in the optimization of pharmaceutical formulations.
Cell and Histological Studies
Freeze dryers can be used to prepare and preserve cell samples. By freeze-drying, the morphology and structure of cells can be preserved, which is of great significance for the study of cell growth, differentiation, apoptosis and other processes. It can also be used to prepare histological samples, where the morphological and structural integrity of the sample can be maintained by removing water from the sample.
Biomedical Experimental Support
It can be used to prepare various experimental materials, such as proteins, enzymes, antibodies, etc. Provide stable experimental conditions, such as temperature, humidity, etc., to ensure the accuracy and repeatability of the experiment.
Advancing Sample Preservation with Laboratory Freeze Dryer Solutions
Laboratory freeze-dryers can greatly extend the shelf life of biological samples by removing moisture from them. Drying in a low-temperature vacuum environment can avoid high-temperature induced protein denaturation and loss of activity, ensuring that biological samples maintain their biological activity and structural integrity during storage.
Advancing Sample Preservation with Laboratory Commercial Freeze Dryer Solutions
FAQs of Laboratory Freeze Dryer
First, the condensers of the lab freeze dryer are frosting seriously
Problem description: Excessive frosting on the condenser surface affects the drying efficiency.
