Chemical Equipment

PTFE filters are mainly used for filtering small amounts of solutions, removing particulate pollutants, clarifying liquids, sterilizing filtration, etc. As filters themselves can replace filter membranes, they are widely used in laboratory liquid chromatography pre filtration detection. High temperature resistance: can be used for a long time in high temperature environments, without deformation and aging due to temperature changes. Efficient filtration performance: can filter small particles and impurities, ensuring the purity and safety of liquids or gases; High filtration accuracy, high filtration efficiency, can be used continuously for a long time, reducing the frequency and cost of replacement and maintenance. #filter #Liquidpurification #PTFElabware #filtermembrane

1. The inner and outer walls of the bottle are smooth, and there is no easy liquid residue at the bottle mouth and inner wall; 2. The sealing of the bottle mouth and cap is good, without the need for a cork, and the liquid does not leak; Capable of long-term sealed storage of high-purity reagents and standard samples 3. It is resistant to high temperatures and can be used at temperatures ranging from -200 to+260 ℃. 4. Widely used for the digestion of semiconductor new material experimental samples and medium and low pressure dissolution, supporting trace analysis experiments such as ICP-MS/ICP-OES analysis. #reactionvessel #Extractionelement #ICPMS #traceanalysis

PFA material is resistant to strong corrosive solutions such as strong acids and alkalis. The bottle cap adopts a threaded sealing design, without the need for a bottle stopper, with no liquid leakage, and can be sealed for long-term storage of high- purity reagents and standard samples. Widely used for the digestion and medium low pressure dissolution of semiconductor new material experimental samples, supporting trace analysis experiments such as ICP- MS/ICP-OES analysis. #Reactionvessel # traceanalysis # SeriesReactiondevice

PFA gas washing bottle is a vessel used to remove impurities from gases. It involves bubbling and absorbing impure gases through a selected suitable liquid medium (dissolution or chemical reaction), in order to wash away impurities and achieve the goal of purifying gases. When designing, the surroundings of the PTFE balls are covered with small holes. In general, long catheters come in and short catheters come out. #gaspurification #reactionbottle #PFAvessel

PFA cleaning tank is a container used for soaking and cleaning semiconductor wafers and chip flower baskets, and can also be used for soaking and cleaning of trace analysis laboratory PTFE containers (such as microwave digestion tanks, reagent bottles, beakers, crucibles, etc.). The design of integrated molding can avoid liquid leakage. The PFA cover can prevent dust pollution. The PFA cleaning tank size can be customized to meet different experimental needs. #labwarecleaning #cleaningtank #semiconductor #wafercleaning #traceanalysis

Application: (1) Reactors between liquids and solids or liquids; (2) Assemble a gas reaction generator (at room temperature, heated); (3) Distillation or fractional distillation of liquids (also known as distillation flasks with branch tubes); Standard neck openings of 17, 19, and 24mm, each with a plug. Detachable for cleaning, with smooth inner walls; The lid and body, as well as the necks and lids, are threaded connections for easy disassembly and cleaning.

PFA pipes have excellent chemical corrosion resistance, are resistant to all chemicals, have the lowest friction coefficient among plastics, and have excellent electrical performance. Suitable for producing corrosion-resistant parts, wear reducing and wear-resistant parts, seals, insulation parts and medical device parts, insulation layers for high-temperature wires and cables, anti-corrosion equipment, sealing materials, pump valve liners, and chemical containers. In the field of chemistry, PFA is used as a lining material in reactors, distillation towers, storage tanks, and pipeline fittings. #PFAtube #labware #semiconductor

PFA gas absorption devices are commonly used for the absorption and purification of inert gases, such as hydrogen, fluorine, etc. They are composed of three PFA reaction tank style bottles in series, which can effectively remove impurity gases, improve the purity of the required gas, and ensure the smooth progress of experiments. They are applied in semiconductor analysis, new materials and new energy, lithium battery and other experimental testing and analysis. It can be used with PFA valves and electronic flow meters that are resistant to strong corrosion, making it easy to control reaction speed. According to experimental requirements, organic glass or PVFE racks can be selected. #gasabsorptiondevice #Seriesreactiondevice #washingbottle #Gaspurification #Lithiumbatteryanalysis #semiconductor

A container for carrying semiconductor wafers/silicon wafers, resistant to acid, alkali, and corrosion (strong acid, strong fluoric acid, strong alkali), capable of laser engraving, and able to install RFID. Maintain tracking of carriers and materials. Mainly used for cleaning, using, and transporting wafers in the acid-base process of semiconductor etching departments. #wafercleaning #semiconductor #Newenergy #wafers

Molded from chemically resistant perfluoroalkoxy resin and featuring a heavy-wall design, these beakers are ideal for continual lab usage. Commonly used as a reaction vessel for preparing strong acid and alkali solutions, dissolved substances, and smaller amounts of substances at room temperature or under heating conditions. Suitable for trace and ultra trace analysis, isotope analysis laboratories, etc. #Beaker #wetdigestion #samplepreparation #traceanalysis #ICPMS

PTFE material is almost not corroded by any chemical substances, including strong acids, strong alkalis, organic solvents, etc., which can effectively prevent chemical corrosion from damaging silicon wafers; PTFE silicon wafer boxes can maintain stable performance in the temperature range of -200 ℃ to+250 ℃; The surface is smooth and easy to clean, and PTFE has a very smooth surface with low surface tension and friction coefficient, which is not easy to adhere dust and pollutants. #waferstorage #semiconductor #newenergy

Sample pretreatment experiments suitable for analyzing dozens of elements in geological and mineral samples, such as Mo, Ba, V, Si, Se, Li, Ga, Fe, Mg, Zn, Hg, K, etc. Strong corrosion resistance and high temperature resistance; Covers and bodies can be digitally numbered without confusion; The design of a V-shaped bottom makes it more convenient to collect a small amount of samples; The U-shaped bottom design is suitable for the detection of physical and chemical exploration samples. Application: Sample analysis and digestion experiments in geology, geology, geochemistry, soil microorganisms, etc 

Compared to PTFE material, TFM has some improved characteristics. For example, with lower background values, it has better resistance to deformation, permeability, and recoverability under high temperature and pressure. We can produce various models of microwave digestion containers using molds, which can be matched with original instruments and have no size errors. Selected materials, no added recycled materials, clean processing environment, optimized processing technology, ensuring low background and non polluting samples. #digestionvessel #Milestone #Moldproduction #Microwavedigestioninstrument #samplepretreatment

Customizable specifications and sizes can be made based on the outer tank of the digestion container Can be used for sample pretreatment in atomic absorption spectroscopy and plasma emission analysis; It can also be used for low-dose synthetic reactions; Sample pre- treatment is performed in chemical analysis methods such as gas phase, liquid phase, plasma spectral mass spectrometry, atomic absorption, and atomic fluorescence. #digestionvessel #PTFEliner #reactor #Heavymetaldetection #samplepretreatment