Monday, February 27, 2017

Angstrom Advanced Model 22 UV/VIS Spectrophotometer

Introduction
The model 22 is a simple single beam spectrophotometer. The wavelength is set manually from the dial on the front panel. Direct readout of Transmission or Absorption shows on the LED display. 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.
Features
Simple & clear keyboard operation provides auto 0%T & 100%T adjustment, error-free T/A transformation, factor setting and direct concentration readout functions.
Software package provides basic functionality for manipulating spectroscopic data, calculating concentrations and transferring the information to spreadsheets
Specifications

 
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Thursday, February 23, 2017

Magnetic Resonance Imgaing MRI-300


Introduction:
Magnetic Resonance Imaging MRI-300 is specially designed for living animal’s observation. it provides high contrast images and accurate messages in vivo intuitively, equipped with permanent magnet. As a powerful and non-destructive MRI instrument, this system is widely used in life sciences to study tissue structure in vivo and their contrast message dispense with special maintenance cost....

Application:
Contrast agent MRI of subcutaneous tumor
Multilayer MRI of 150g rat's head MRI
 
Specification:
Magnet: permanent,0.5±0.05T:
Magnetic field uniformity: ≤ 20ppm(60mm×60mm×60mm);
Magnetic field stability: ≤300Hz/Hour;
Magnet temperature control: dual system of nonlinear precise temperature control, temperature tunable from 25℃ to 35℃ ; temperature control accuracy ±0.05℃ ;
RF field: pulse frequency: 2~30MHz; frequency control accuracy: 0.1Hz;
RF power amplifier: peak-to-peak value > 300W;
Maximum bandwidth is 2000KHz;
MRI gradient: X, Y, Z-peak intensity > 2.5Gauss/cm;
Probe caliber: 60mm;
Effective detection area: Ø60mm×H60mm;
Image quality: image linearity (x, y, z three direction) > 90%, spatial resolution better than 1mm;
Maximum echo peak number is 18,000; minimum echo time is 360us;
Based on PCI bus industrial control computer platform, dual-core CPU, 4G DDR memory, 500G hard disk, DVD_R/W CD-ROM.
Power supply: 220V, 50Hz
Work temperature: 22~28°C
Environment humidity: 30~70%
Dimensions (L, W, H): 1540mm×800mm×1200mm.
Total Weight:0.8 tons(Magnet 0.7 tons, control cabinet 0.1 tons)
 
For More Information:
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LINKEDIN:
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SLIDESHARE:http://www.slideshare.net/AngstromAdvanced
PINTEREST:https://www.pinterest.com/pin/309481805615112886/
 

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Monday, February 20, 2017

Nuclear Magnetic Resonance NMR-900

Introduction
Compact easy-to-use Nuclear Magnetic Resonance NMR-900 system for routine high resolution Proton/Carbon NMR in the field of academic teaching as well as for routine chemical and pharmaceutical applications....
Applications
Typical applications of the NMR-900 Spectrometer are:
  • Structural Elucidation of organic molecules
  • Chemical Shift
  • Small division from J-J coupling
  • Teaching of the fundamentals of NMR and of advanced NMR techniques
The NMR-900 Spectrometer comprises of an extremely compact control cabinet with RF and digital electronics, magnet system, Pneumatic system and PC workstation. 
Specifications
The Control Cabinet Features:
  • 60-90 MHz digital frequency generation channels based on state-of- the-art FPGA technology with digital pulse sequence generation and digital signal routing
  • High sensitivity receiver with digital oversampling and digital filtering technology
  • Technology of Pulse Fourier Transfer NMR
  • High sensitive: 10000:1
  • Constant temperature stability: 0.1K/h (4 hours after launch the device)
  • Degree of uniformity: 2Hz(0.03ppm)
  • Easy one-button power-on mode
  • Green Technology (low power consumption < 400 W; low acoustic noise, < 40 dB(A)
MAGNET SYSTEM
  • The Pole diameter of magnet is 12 cm.
  • Helium Resonance frequency is 60-90 MHz
  • Helium transfer line (measurement of J-J coupling and Chemistry Shift)
  • Size (m): 0.7×0.7×1
PC Workstation
  • 2.4 GHz Intel Core2 Duo Processor, 4 GB DDR Memory, 500 GB Hard Disk, DVD +/- RW, LCD display monitor, keyboard and mouse.
Control and Data Analysis Software
Includes RIGHTS-TO-USE LICENCES FOR:
  • Data acquisition
Data processing , data analysis, simulation and educational tools
 
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Thursday, February 16, 2017

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.
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Monday, February 13, 2017

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 capacity1-3000 Nm3/h
N2 purity %>99.9995%
Dew Point≤-70C
Oxygen Content>5 ppm
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Wednesday, February 8, 2017

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.
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Monday, February 6, 2017

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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Wednesday, February 1, 2017

Angstrom Advanced 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.
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