Bench-top Type Temperature(&Humidity) Test chamber: The Bench-Top Type Temperature Humidity Chamber most ideal designed for temperature and humidity testing of small samples and specimens used for research, development and quality control. Daily necessities, cosmetics, electronic components, and medical products must meet certain quality standards and testing specifications. That size that can fit on a personal desk is the most consideration. Features: 7inch big PLC touch screen color display for easy operation Temperature Humidity control and display unit Safety protection system Desk top, Table top, Bench Top Fit
UV accelerated aging test chamber can simulate environmental conditions such as self-climate ultraviolet rays, rain, high temperature, high humidity, dew condensation, darkness, etc. By reproducing these conditions, it is merged into a cycle, and it automatically executes the number of cycles completed. In this process, the equipment can be used for automatic monitoring of blackboard temperature and water tank temperature; by configuring irradiance measurement and control device (optional), the irradiance can be measured and controlled, and the irradiance is stable at 0.76W/m2/340nm or specified setting. Fixed value, greatly extending the service life of lamps.
Climatic Temperature Humidity Test Chamber provide constant humidity and heat, complex high and low temperature alternating and other test environment and test conditions for electronic components, industrial materials and finished products in development, production and testing processes, applicable for electronic appliances, telecommunications, chemicals, hardware, rubber, furniture, toys scientific research etc.
A small selection of common laboratory consumables such as filter tips. DaklaPack can also provide you with many common everyday laboratory consumable items. Cant find what you are looking for in our webshop? contact us today - we can probably source it for you through our wide network of business partners. - Bloodlabel 10 - Tempmate - Temperature adhesive strip - Vial opener - Cotton balls - Filter tip sterile
Product Usage: Pick up solid or bulk samples Applicable industries: Isotope industry, heavy metal industry, semiconductor, new energy, new material, chemical pharmaceutical, nonferrous metal, precious metal... other products: PFA beaker, PFA reagent bottle, PFA drop bottle, PFA graduated cylinder, PFA scrubber bottle, PFA drop bottle, PFA microcolumn... FEP experimental utensils, PTFE experimental utensils, digestion apparatus, acid removal apparatus, acid purification system...
Product Features: 1. Material: PFA (fusible polytetrafluoroethylene, Teflon) 2. Transparency: translucent 3. High and low temperature resistance: -200C to 260C 4. Corrosion resistance: resistant to strong acid and alkali, aqua regia, HF, and various organic solvents 5. No leaching out, no sticking samples, it is an excellent container for storing standard substances 6. The blank value of metal elements is low, and the content of lead and uranium is lower than 0.01ppb Product Specifications: 250ml...
Product Usage: Processing samples Compatible with pipette, condenser, separatory funnel It can be used in condensation reflux device and hydrogen fluoride distillation experiment Applicable industries: Isotope industry, heavy metal industry, semiconductor, new energy, new material, chemical pharmaceutical, geochemistry, geology and mineral... other products: PFA beaker, PFA reagent bottle, PFA drop bottle, PFA sample dissolution tank, PFA scrubber bottle, PFA drop bottle... FEP experimental utensils, PTFE experimental utensils, digestion apparatus, acid removal apparatus, acid purification system...
Product Features: 1. PFA material (translucent) 2. High and low temperature resistance: -200C to 260C 3. Strong acid and alkali resistance, high temperature resistance 4. No dissolution and precipitation, no contamination of samples 5. The principle of sub-boiling distillation and heat radiation. 6. Innovative advantages: Timed and segmented temperature control, annular heating jacket, liquid level gauge, pagoda-shaped condensation chamber Product Specifications: 500ml/1/2/4/5/6L
Product Usage: Carrying semiconductor chips, wafers, silicon wafers, photovoltaic cells with acid tank Applicable industries: Semiconductor Industry... other products: PFA beaker, PFA reagent bottle, PFA drop bottle, PFA sample dissolution tank, PFA scrubber bottle, PFA drop bottle... FEP experimental utensils, PTFE experimental utensils, digestion apparatus, acid removal apparatus, acid purification system...
We are one of the celebrated manufacturers and suppliers of Crucible Tongs that are used for chemistry laboratories to heat substances to very high temperatures. Easy to use and lightweight, these crucibles tongs are widely used for holding the crucible dishes. Available in different specifications, these durable and corrosion resistant tongs are manufactured using premium quality raw materials. Size availabel:-6" 8" 12" 18" 24"
Our company is engaged in manufacturing and supplying finely designed Resistance Box. The Resistance Box offered by us is a housed-in box that is fitted with sturdy brass knobs. The finest grade teak wood is used to construct this Resistance Box. Also, this efficiently performing and long lasting Resistance Box that comes with a 4 mm socket terminal. Clients can avail precisely manufactured Resistance Box from us in specifications exactly as per their requirements at competitive prices. Features: - Accuracy +- 1%
An Erlenmeyer flask, also known as a conical flask or a titration flask, type is a type of laboratory flask which features a flat bottom, a conical body, and a cylindrical neck. It is named after the German chemist Emil Erlenmeyer.
Borosilicate Glass Low From With Spout.
Graduated with spout, Made from borosilicate glass
Bunsen burner, device for combining a flammable gas with controlled amounts of air before ignition; it produces a hotter flame than would be possible using the ambient air and gas alone. the Bunsen burner was the forerunner of the gas-stove burner and the gas furnace. The Bunsen burner consists of a metal tube on a base with a gas inlet at the lower end of the tube, which may have an adjusting valve; openings in the sides of the tube can be regulated by a collar to admit as much air as desired.
Retort stand:- heavy cast iron base with powder coated paint and iron c.p. rod 12mm thick
Rheostat Sliding Contact, Rheostat Sliding Contact comprise a layer of resistance wire wound on an insulating, heat resistance tube (porcelain) which is supported by cast metal feet. A sliding contact & three 4 mm socket terminals are providing, one terminal being connected to the sliding contact & the other two to the ends of the winding, enabling the unit to be used as a Rheostat or potentiometer.
It consists of nickel plated brass strips and connecting pieces with 4mm socket terminals, fitted on wooden base. Length 100cm long with plastic scale. Supplied with jockey.
Highly acclaimed organization which offers Force Table. Basically, these tables are used for verifying the laws of triangle, parallelogram in the physics laboratories. In order to fabricate these force tables, we have used the quality material which is sourced from our reliable and genuine vendors. The friction less adjustable pulleys are used for showing the direction of the forces. In addition to this, these force tables do not require much maintenance.
Laboratory planning and design is a critical process in the creation of a functional and efficient laboratory environment. The process involves careful consideration of the laboratory's purpose, the types of experiments and research to be conducted, and the equipment and personnel needed to achieve these goals. Effective laboratory planning and design can increase productivity, enhance safety, and improve overall laboratory performance. The first step in laboratory planning and design is to define the laboratory's purpose and scope. This includes identifying the types of experiments and research to be conducted, as well as the equipment and personnel needed to achieve these goals. A thorough understanding of the laboratory's purpose and scope is essential for developing an effective laboratory layout and design. The next step is to develop a laboratory layout that maximizes space utilization and minimizes the potential for hazards. The layout should consider the flow of people and materials, the location of equipment, and the positioning of workstations. Careful consideration should also be given to safety and ergonomic factors, such as minimizing the risk of accidents, reducing strain on personnel, and ensuring easy access to equipment. In conclusion, laboratory planning and design is a critical process for creating a safe, functional, and efficient laboratory environment. It involves careful consideration of the laboratory's purpose and scope, the layout and design of the laboratory space, and the selection and installation of appropriate equipment. By following these guidelines, laboratories can optimize their performance and achieve their research goals.
