Angstrom Advanced UV1600/1800 series spectrophotometer

Introduction
The UV 1600/1800 series are developed for precise testing with a stray of light of only 0.05%T. The value is evident from the performance provided everyday. The local stand-alone software provides functions of Basic Mode, Quantitative Test and Kinetics and System Utilities.
Fundamental Principle
Data Store Function The Ram has the capability of saving 200 separate groups of data which can be recalled at any time and most importantly, if a sudden loss of power occurs. Users don't need to write down each test result in the notebook, thus saving time and increasing work efficiency. Standard Curve Build and Store Users can build their own standard curve on the screen and save it within the RAM. The curves can be reloaded at any time. Up to 100 curves can be stored. Coefficient Method If you know the coefficients of the curve equation, you can input the values and use them to test the samples directly. Kinetics Test The Kinetics curve can be displayed in the screen, you can use this function to test the samples and verify the instruments stability. System Function The instruments have the ability to calibrate the wavelength accuracy and dark current automatically by choosing the corresponding command in the Utility menu. Super PC Software (Optional) The software functions include 1) Kinetics 2) Quantitative Test 3) Wavelength Scan 4) Multi wavelength Test 5) DNA/Protein Test
Features
The Milas Deuterium is a world-leading lamp that has a long-lasting service life, high stability and high brightness. The Tungsten lamp also ensures a long service life and high stability on the UV spectrophotometer. The lamps feature pre-aligned design, so there is no need for professional adjustment while replacing a new one. Therefore users no longer need to hire professionals to change or adjust lamps which greatly improves reliability and cuts down on the maintenance expenses. The D2 lamp and the W lamp can be controlled individually to extend the lifetime. You can switch off the D2 lamp when in visible range or switch off the W lamp when in Ultraviolet range. Excellent optical performance Low Stray Light The Stray Light is only 0.05%T which enables the user to decrease the analysis Relative Error greatly. High Wavelength Accuracy Adopt advanced Guide Screw structure, which ensures the wavelength accuracy and repeatability. Outstanding UV and visible region are used with corresponding photometry accuracy of top-grade instruments (NBS930D standard, standard solution), which enables the instrument to be suitable for various quality control. For more information https://angstromadvancedinc.wordpress.com/ http://angstrom-advanced1.blogspot.com/ http://angstrom-advanced.blogspot.com/ https://www.facebook.com/Angstrom-Advanced-121251874597862/ http://angstromadvancedinc1.blogspot.com https://twitter.com/AngstromAdvance

Angstrom Advanced Model Gold 54 UV/VIS Scanning Spectrophotometer

Model Gold 54 UV/VIS Scanning Spectrophotometer

Features

Display Mode: 4 digit LED Lamp: Hamamatsu L2D2 long life (over 3000 hours) Deuterium Lamp and RoYal long life (over 10000 hours) Halogen-Tungsten Lamp with patent technical combination Interface: RS232 Serial Measurement: 15 × 12 × 9 Inches Weight: 22lb Curny-terner configuration diffraction grating monochromator, non-spherical light source optical path & precise grid, whole aluminum metal alloy die-castings, patent structure of mirror rack, excellent UV S/N Patented Deuterium / Halogen-Tungsten lamp and spectral energy correction system With Qualitative-quantitative data processing software package, save/print/output applied to spectrum scanning or timing scanning, etc Adopting computerized measuring system, accurate T-A transformation, auto 0% & 100% adjustment, direct concentration readout, concentration factor setting, GOTO Spacious sample compartment, 4 position cuvette rack, suitable for 1-5 cm optical path rectangular cells

Specifications

Wavelength Range 200~1000nm Wavelength Accuracy ±2nm Wavelength Repeatability £0.5nm Photometric Range 0.0~199.9%T -0.3~2.999A 1~9999F 0~999C Spectral Slit Width 2nm Transmittance Accuracy ±0.5%T(NBS930D) Stray Light < 0.3%T(220nmNal) For more information https://angstromadvancedinc.wordpress.com/ http://angstrom-advanced1.blogspot.com/ http://angstrom-advanced.blogspot.com/ https://www.facebook.com/Angstrom-Advanced-121251874597862/ http://angstromadvancedinc1.blogspot.com https://twitter.com/AngstromAdvance

Angstrom Advanced Model 752S UV/VIS Spectrophotometer

Model 752S UV/VIS Spectrophotometer

Manual monochromator with dual lamps for UV and Visible wavelength

Introduction

The model 752S is a simple single beam spectrophotometer extending into the UV region. The wavelength is set manually from the dial on the front panel. Direct readout of Transmission or Absorption on LED display. The 752S incorporated a high-brightness Hamamatsu deuterium lamp for UV and a tungsten lamp for the visible wavelengths. Measured values can be transferred to a PC via the RS232 link for further analysis. Low price and simple design make this instrument ideal for education or routine analysis.

Applications

Analysis of unsaturated & asymmetrical electron compounds and compounds possessing conjugate systems. Analysis of organic compounds, biological products and RNA. Analysis of complex inorganic ionic compounds and nonferrous & ferrous metals.

Specifications

Wavelength Range 200~960nm Wavelength Accuracy ± 2nm Wavelength Repeatability < 0.5nm Photometric Range 0.0~199.9%T -0.3~2.999A 1~9999F 0~9999C Spectral Slit Width 2nm Transmittance Accuracy ± 0.5%T Transmittance Repeatability < 0.3%T Stray Light < 0.2%T(220nmNal) For more information https://angstromadvancedinc.wordpress.com/ http://angstrom-advanced1.blogspot.com/ http://angstrom-advanced.blogspot.com/ https://www.facebook.com/Angstrom-Advanced-121251874597862/ http://angstromadvancedinc1.blogspot.com https://twitter.com/AngstromAdvance

Angstrom Advanced Liquid Nitrogen/Oxygen/Argon Generating Plant

Introduction

Angstrom-Advanced Liquid Nitrogen/Oxygen/Argon Plant by Cryogenic Technology are top of the line systems.Our Generator applications range from 5-10000 liters of Liquid Nitrogen/Oxygen per hour and 1-500 Liquid Argon per hour. Cryogenic Engine features Fully Automatic G-M cold head with integral controls. Includes high efficiency frequency drive with water cooling or optional air cooling. Fully automatic PLC based controls provide many features and modes including auto start, timed run,auto purge, etc. Optional Chiller can be attached to liquefier unit when ordered at time of fabrication to allow continious operation up to 45 C

Specifications

N2 capacity	5-10,000 L/h
N2 purity %	Greater than 99.9999%
O2 capacity	5-10,000 L/h
O2 purity %	Greater than 99.95%
Argon capacity	1-500 L/h
Argon purity %	Greater than 99.9999%
Input Air pressure	0-2 MPa
Power Supply	AC 220V/50Hz, 110V/60Hz
Temperature	-195 degrees C
Work pressure	0-2 MPa

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Angstrom Advanced Nitrogen Purifying System

Introduction

The purity of nitrogen generated by nitrogen generator can range from 95% to 99.99%. If higher purity is required, a non-hydrogen or hydrogen-using purifying system can be equipped.This system is installed after the Nitrogen Generator and further removes oxygen and other by-products.As a result, a final purity of 99.9995% or above is achieved. Angstrom Advanced Inc supplies the non-hydrogen deoxidizing purifying system and hydrogen deoxidizing purifying system.

Specifications

N2 capacity	1-3000 Nm3/h
N2 purity %	>99.9995%
Dew Point	≤-70C
Oxygen Content	>5 ppm

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Angstrom Advanced Nitrogen Generating Plant by Membrane Separation

Introduction

The compressed air compressor filter into the polymer membrane filters, a variety of gas in the film in the solubility and proliferation of different factors, leading to different gases in the membrane penetration rate in a relatively different. According to the characteristics, various gases can be divided into "rapid gas" and "slow gas". After being compacted and purified (to remove oil, water and dust) the air will enter the membrane separation to separate. First, the O2, CO2 and some vapor will infiltrate into the membrane wall and then exit through the discharge port by air pressure; since the infiltrating speed of N2 is slower, it will flow out from the gas collector at the end of the pressure box and finally enter nitrogen buffer tank.

Specifications

N2 capacity	1-1000 Nm3/h
N2 purity %	>95-99.9%
Dew Point	≤-40C
Work pressure	0-2.0 MPa

Features

-Controlled and managed by computers, can run automatically without any supervision. -Simple start-up and shut-down procedure; in less than 2 minutes the system reaches normal and stable gas supply. -No moving parts and minimal maintenance is required. -Lightweight, with compact structure and small coverage. -Free adjustment of purity between 95% and 99.9% via flow -Based on users on-site configuration, Nitrogen systems of different specifications are available; join-up with other nitrogen purifying devices is also possible. For more information https://angstromadvancedinc.wordpress.com/ http://angstrom-advanced1.blogspot.com/ http://angstrom-advanced.blogspot.com/ https://www.facebook.com/Angstrom-Advanced-121251874597862/ http://angstromadvancedinc1.blogspot.com https://twitter.com/AngstromAdvance

Angstrom Advanced Nitrogen/Oxygen Generating Plant by Pressure Swing Adsorption

Introduction

PSA Nitrogen/Oxygen generator gets N2/O2 by pressure swing adsorption principle at normal temperature using clean compressed air as raw material and carbon molecular sieve as adsorbent. Because of the different adsorption of oxygen and nitrogen on carbon molecular sieve surface as well as different diffusion rate through the open/close of program control valve; separation of oxygen and nitrogen is achieved and N2 of required purify is created.

Specifications

N2 capacity	1-2000 Nm3/h
N2 purity %	>95-99.999%
O2 capacity	10-500 Nm3/h
O2 purity %	>95-99.9%
Dew Point	≤-40C
Nitrogen/Oxygen work pressure	0-2.0 MPa

Features

-Rapid response, Nitrogen can be produced in 15-30 minutes. -Full automatic operation -Efficient molecular sieve filling and long service life. -Stable and adjustable pressure, purity and flow to meet different customer requirements. For more information https://angstromadvancedinc.wordpress.com/ http://angstrom-advanced1.blogspot.com/ http://angstrom-advanced.blogspot.com/ https://www.facebook.com/Angstrom-Advanced-121251874597862/ http://angstromadvancedinc1.blogspot.com https://twitter.com/AngstromAdvance

Angstrom Advanced Hydrogen Generating Plant by Pressure Swing Adsorption with Purifying System

Introduction

Pressure Swing Adsorption(PSA) is used to separate hydrogen gas from other gases by feeding the gas under certain pressure. This separation process occurs in adsorption tower. The main advantages behind this technology is its low cost, low capacity, minimal maintenance requirements and a user-friendly interface. The H2 Purifying System removes oxygen from Hydrogen via a catalyst to get high purity H2 after adsorption of drying through the dust filter. The system can remove oxygen levels down to 1ppm. Through one step of purification, the purity can reach to 99.999~99.9999% and dew point can be lower than -70°C; Through a second purification step, O2 can be lowered down to less than 0.1ppm and dew point can be lowered to -90°C.

Specifications

H2 capacity	10-5000 Nm3/h
Dew Point	≤-60C
H2 purity %	>98-99.999%
Work pressure	0.2-4.0MPa

PSA Process Overview

Pressure-Swing Adsorption or PSA is a technical process widely used these days in gas production. It's a typically non-cryogenic way of purifying gas. PSA process differs from cryogenic techniques of gas separation as it can function under near-ambient temperatures. Under pressure, the PSA process separates some 'species' from a mixture, according to the molecular characteristics of those 'species'. This is because different gases has the propensity to be attracted to different solid surfaces more or less strongly. More gas is adsorbed at higher pressure while the gas is desorbed as the pressure is reduced. Suppose air under pressure is passed through a vessel containing an adsorbent bed and this bed has the property to attract nitrogen more strongly than oxygen. What will happen is that a part or all of the nitrogen will remain in the bed, while the gas coming out of the vessel will be enriched in oxygen. As the bed reaches its optimum capacity to adsorb nitrogen, it can again be regenerated by reducing the pressure. Releasing the adsorbed nitrogen in the process. Thus readying itself for another cycle of oxygen enriched air. This cycle goes on. Popular adsorptive materials like carbon, zeolites, silica etc. are used as the adsorbent beds. They selectively adsorbs the undesired gases at high pressure on their surface. Continuous production of the target gas is achieved by using more than one adsorbent chamber. However it is not a very easy process and difficult to model accurately. But once properly modeled, adsorption process can result in complex diffusion relationships. For more information https://angstromadvancedinc.wordpress.com/ http://angstrom-advanced1.blogspot.com/ http://angstrom-advanced.blogspot.com/ https://www.facebook.com/Angstrom-Advanced-121251874597862/ http://angstromadvancedinc1.blogspot.com https://twitter.com/AngstromAdvance

Angstrom Advanced Hydrogen Generating Plant by Ammonia Decomposition

Hydrogen Generating Plant by Ammonia Decomposition

Introduction

Hydrogen Generator by Ammonia Decomposition with Purifying System is very low cost; it has long service life, simple operation, compact structure, small coverage, and is very simple to install. Liquid ammonia is used as source for hydrogen generator. The liquid ammonia is vaporized and is heated by decomposition with catalyst into mixed gas containing 75% hydrogen and 25% nitrogen. Based on the principle that the molecular sieve adsorbs different ammonia and water at different temperatures; high purity gas is produced by heat regenerating through working at normal temperature.

Specifications

H2 capacity	5-500 Nm3/h
Impurity Oxygen	≤2ppm
Residual Ammonia	≤3ppm
Dew Point	≤-65C
Work pressure	0.05-0.2 MPa

Hydrogen Plant by Ammonia Features

Angstrom Advanced uses high-quality, heat-resistant, corrosion-resistant, stainless alloy steel as the gall of decomposition furnace to ensure the long-term stable operation of our Hydrogen Generators Great efficiency, all of the metal components ensured with Double-fin heat exchanger material to fully enhance the heat transfer area High temperature nickel catalyst, low content of residual ammonia and good effect of decomposition For more information https://angstromadvancedinc.wordpress.com/ http://angstrom-advanced1.blogspot.com/ http://angstrom-advanced.blogspot.com/ https://www.facebook.com/Angstrom-Advanced-121251874597862/ http://angstromadvancedinc1.blogspot.com https://twitter.com/AngstromAdvance

Angstrom Advanced Hydrogen Generating Plant by Methanol

Introduction

Hydrogen generation by methanol decomposition was developed in the last two decades. This technology features low cost, simple user friendly operation and very easy maintenance.

Specifications

H2 capacity	5-3000 Nm3/h
H2 purity %	99-99.9995%
Work pressure	0.8-2.0MPa

Hydrogen Plant by Methanol Features

Methanol is converted to CO and H2 with the action of the catalyst CO and H2O are converted to CO2 and H2 with the action of the catalyst CO2 and trace CO are separated from the decomposed gases by PSA technology, and high purity of H2 is generated

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Angstrom Advanced Hydrogen Generating Plant by Natural Gas Steam Reforming

Hydrogen Generating Plant by Natural Gas Steam Reforming

Introduction

The natural gas, prior to pressurization, desulfurization and mixing with aqueous vapor, is passed through a special reformer which is packed with catalyst for cracking and reforming effluent-a mixture of H2 CO2 and CO.After part heat is recovered, hydrogen will be obtained by converting the reforming effluent to reduce the amount of of CO content and the shift gas is purified through PSA to get the pure H2

Specifications

H2 capacity	50-20000 Nm3/h
H2 purity %	>99-99.999%
Work pressure	1.3-2.0MPa

Technical Features

-Safe and reliable operation -High automation -Low operational cost means your investment is recovered in a short period of time -The desorbed gas from PSA can be burned; which can both reduce the fuel consumption and decrease the ventilation of the waste gas.

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Angstrom Advanced Hydrogen Generating Plant by Water Electrolysis

Hydrogen Generating Plant by Water Electrolysis

Introduction

Hydrogen electrolyte and oxygen electrolyte circulate separately, hydrogen electrolyte pumps into hydrogen cell directly and oxygen electrolyte pumps into oxygen cell directly, and therefore gets higher purity of hydrogen and oxygen gas.

Specifications

H2 capacity	2-500 Nm3/h
O2 capacity	1-250 Nm3/h
H2 purity %	>99.9
O2 purity %	>99.5
Power consumption (DC)	< 4.5 kw.h/m3H2
Electrolyte	30% KOH
Work pressure	0.5-5.0MPa

Electrolysis Process Overview

Electrolysis is the passage of a direct electric current through an ionic substance that is either molten or dissolved in a suitable solvent, resulting in chemical reactions at the electrodes and separation of materials. The main components required to achieve electrolysis are : An electrolyte : a substance containing free ions which are the carriers of electric current in the electrolyte. If the ions are not mobile, as in a solid salt then electrolysis cannot occur. A direct current (DC) supply : provides the energy necessary to create or discharge the ions in the electrolyte. Electric current is carried by electrons in the external circuit. Two electrodes : an electrical conductor which provides the physical interface between the electrical circuit providing the energy and the electrolyte. Electrodes of metal, graphite and semiconductor material are widely used. Choice of suitable electrode depends on chemical reactivity between the electrode and electrolyte and the cost of manufacture.  For more information https://angstromadvancedinc.wordpress.com/ http://angstrom-advanced1.blogspot.com/ http://angstrom-advanced.blogspot.com/ https://www.facebook.com/Angstrom-Advanced-121251874597862/ http://angstromadvancedinc1.blogspot.com https://twitter.com/AngstromAdvance

Angstrom Advanced GTL-300/500 Combined Hydrogen, Nitrogen and Air Generator

GTL-300/500 Combined Hydrogen, Nitrogen and Air Generator

Introduction

Model GTL-300 (500) combines nitrogen, hydrogen and air generators in one product. Developed with the latest technology and designed for the requirements of the market, GTL-300 (500) offers the best quality and working conditions for the users.

Features

High purity and fast gas generation; Compact and portable; Safety, reliability of operation and low noise are insured with help of multi-stage protective devices;

Specifications

Purity of produced Air Three-stage purification Purity of produced Nitrogen 99.999% Purity of produced Hydrogen 99.999% Output flow Hydrogen: 0-300 mL/min, Nitrogen : 0-300 mL/min, Air: 0-2L/min Hydrogen: 0-500 mL/min, Nitrogen: 0-500 mL/min, air: 0-5L/min Output pressure 0 ~ 0. 5MPa (factory default setting: 0.5±0.01MPa) Power supply AC 220V/50Hz or 110V/60Hz Maximum power consumption 350W (450W) https://angstromadvancedinc.wordpress.com/ http://angstrom-advanced1.blogspot.com/ http://angstrom-advanced.blogspot.com/ https://www.facebook.com/Angstrom-Advanced-121251874597862/ http://angstromadvancedinc1.blogspot.com https://twitter.com/AngstromAdvance

Angstrom Advanced GNA-300/500 Combined Nitrogen and Air Generator

GNA-300/500 Combined Nitrogen and Air Generator

Introduction

Model GNA-300 (500) combined nitrogen and air generator is an organic combination of nitrogen generator and air generator. It generates high purity nitrogen and pure air simultaneously and has the same advantages as HGN and HYA generators. Suitable for use with gas chromatograph.

Features

Nitrogen and air can be delivered simultaneously. All of the same advantages as in HGN and HYA generators. User friendly interface and simple to use. The gas is generated with just a push of a button.

Specifications

Purity of produced Air Three-stage purification Purity of produced Nitrogen 99.999% Output flow Nitrogen: 0-300 mL/min, air:0-2L/min Nitrogen: 0-500 mL/min, air:0-5L/min Output pressure 0 ~ 0.5MPa (factory default setting:0.5±0.01MPa) Power supply AC 220V/50Hz or 110V/60Hz Maximum power consumption 270W(320W) For more information https://angstromadvancedinc.wordpress.com/ http://angstrom-advanced1.blogspot.com/ http://angstrom-advanced.blogspot.com/ https://www.facebook.com/Angstrom-Advanced-121251874597862/ http://angstromadvancedinc1.blogspot.com https://twitter.com/AngstromAdvance

Angstrom Advanced GHA-300/500 Combined Hydrogen and Air Generator

GHA-300/500 Combined Hydrogen and Air Generator

Introduction

Based on the Model HGH high purity hydrogen generator and Model HYA air generator, GHA-series generator combines the two with great quality and user friendly design. It is a perfect combination of safety, convenience and reliability, featuring advanced technique and stable performance.

Features

Hydrogen and air can be generated together or separately Air passage: since the cylinder is made of stainless steel, there is no rustic water like in generators which use carbon-steel cylinder Hydrogen passage: advanced switching power supply is adopted so that efficiency of electrolysis can be highest Multi-stage protective device is installed, improving effectively the safe operation of the instrument.

Specifications

Purity of produced Air Purity of produced Air Purity of produced Hydrogen 99.999% Output flow Hydrogen: 0-300 mL/min, air: 0-2L/min Hydrogen: 0-500 mL/min, air: 0-5L/min Output pressure 0 ~ 0. 5MPa (factory default setting: 0.5±0.01MPa) Power supply AC 220V/50Hz or 110V/60Hz The maximal power consumption 270W(320W) For more information https://angstromadvancedinc.wordpress.com/ http://angstrom-advanced1.blogspot.com/ http://angstrom-advanced.blogspot.com/ https://www.facebook.com/Angstrom-Advanced-121251874597862/ http://angstromadvancedinc1.blogspot.com https://twitter.com/AngstromAdvance

Angstrom Advanced HYA-2L (5L) and HYA-10L (20L) Air gen

HYA-2L (5L) and HYA-10L (20L) Air generator

Introduction

The HYA series air generators (HYA-2L, HYA-5L, HYA-10L and HYA-20L) use air pumps that feature low noise and large flow rate. The gas route system adopts two levels of pressure stabilizers and over-pressure protectors to improve the stability of gas flow and ensure the safety and reliability of the gas production. They are also equiped with water and dust filtering. The gas tank is made of stainless steel instead of traditional carbon steel and is helpful for improving purity of the produced gas. The HYA series generators are ideal for the Gas Chromatograph system.

Features

The usage of stainless gas tank can prevent rusting that happens with carbon steel gas tanks. The cleaning system, which is made up of active charcoal room, filters and a moisture separator, improves the purity of the produced air. The adoption of an additional voltage stabilizer improves the steadiness of gas pressure. The usage of an air pressure protector ensures the safety and reliability of air production.

Specifications

Purity of produced air There is no tertiary purification of oil Output flow HYA- 2L 0-2L/min HYA- 5L 0-5L/min HYA-10L 0-10L/min HYA-20L 0-20L/min Output pressure 0 ~ 0.4 MPa Noise ≤42 dB Power supply AC 220V/50Hz or 110V/60Hz Working enviroment Temperature: 10-40 °C; Relative Humidity: ≤ 70%; under required air cleaness and concentration of corrosive gas. Maximal Power Consumption HYA-2L 150w; HYA-5L 200w; HYA-10L 330w; HYA-20L 560w Dimension (L×W×H, all in mm) HYA-2L(5L) 435×235×350 HYA-10L(20L) 550×250×400 Weight 16kg For more information https://angstromadvancedinc.wordpress.com/ http://angstrom-advanced1.blogspot.com/ http://angstrom-advanced.blogspot.com/ https://www.facebook.com/Angstrom-Advanced-121251874597862/ http://angstromadvancedinc1.blogspot.com https://twitter.com/AngstromAdvance