Semi-auto Pouch Cell Production Line

TOB NEW ENERGY provides a complete set of drone battery pilot line solutions, providing a full set of battery materials, equipment, and battery technology.

It is a manual battery production line for lithium-ion pouch cell manufacturing.

TOB offers professional lithium battery production system solutions for polymer battery and supercapacitor manufacturing.

TOB offers the most professional pouch cell and supercapacitor assembly line equipment for battery research and manufacturing.

TOB NEW ENERGY provides a complete set of unmanned aerial vehicle UAV battery production line solutions, providing a full set of battery materials, equipment, and battery technology.

TOB New Energy can provide all kinds of cylindrical stainless steel and aluminum cans for cylindrical cell 18650 26650 21700 4680 60138, etc.

Surface Area and Pore Size Analyzer For Powder Material Research SPECIFICATIONS Power Voltage: 100V~220V ± 10V  Frequency: 50/60Hz Maximum power: 300W Connection: grounding, single-phase power socket Physical properties Length: 60cm (23.6 inches) Width: 48cm (18.9 inches)   Height: 74cm (29.1 inches) Weight: 60kg (132.3 lbs) Accessories Weight: 30kg (66.1 lbs )  Installation requirements (L * W) 100 * 60cm (not including space computers taking up) Functions  ● Surface area measurement: BET surface area (Single-point and multi-point), Langmuir surface area, T-plot method outer surface area,  T-plot method the total inner surface area of microporous, BJH adsorption cumulative surface area of the total pore, BJH desorption cumulative surface area of the total pore ● Determination of pore volume: Single point total pore volume,BJH adsorption cumulative total pore volume    BJH desorption cumulative total pore volume    T-plot method the total pore volume of micropore ● Determination of average pore size:    Adsorption average pore diameter   BJH adsorption average pore diameter   BJH desorption average pore diameter   The most frequency pore ● Pore size distribution:   BJH adsorption and desorption differential pore size distribution (dV / Dr-D) and (dV / dlogD-D)   BJH adsorption and desorption integral distribution (or cumulative distribution)   MP method micropore distribution Technical Parameters Test principle: the static volumetric method, gas adsorption; Analysis Models: BET, Langmuir, BJH, t-plot, DR, MP and NLDFT; Measuring range: surface area ≥ 0.005M2/g, no upper limit; pore size 2 _ 500nm; pore volume 0.0001cc/g, no upper limit; Sorption gas: N2 (high purity); Ar, Kr, CO2, etc. available Analysis No: Two independent analysis ports  Degassing stations: Two Sample Type: powders, granules, fibers, flakes and other materials  Sensor：Two sensors, 0_1000 torr P.S (0_133kpa);  Test Efficiency: multi-point BET surface area _12 minutes per sample; Determination pore size distribution from adsorption isotherms _1.5h per sample;  Determination pore size distribution from adsorption and desorption isotherms _3.5 h per sample. Nitrogen Partial Pressure: P/Po 4×10-5 _ 0.998, the minimum resolvable relative pressure  5 × 10-5 Ultimate vacuum: 4.0 × 10-2Pa（3×10-4  torr） Pressure Accuracy: ≤ ± 0.15% (F.S) Repeatability accuracy: surface area ≤ ±1.0 % （surface area）;  ≤2nm (pore size) Operation Mode: Automatic  Email : tob.amy@tobmachine.com  Skype : amywangbest86  Whatsapp/Phone number : +86 181 2071 5609

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