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These are custom produced to meet the customer's needs. Various connectors, junctures, end finishes, and protective jackets are available. As the world's leading experts in handling and understanding Capillary Tubing we can produce simple configurations to very complex arrays.
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Flexible Fused Silica Capillary Tubing
TSP: Characteristics
- Standard Polyimide Coating
- Synthetic Fused Silica
- 100% proof tested at 100kpsi**
- Operation up to 350°C
TSG: Characteristics
- High Temperature Polyimide Coating
- Synthetic Fused Silica
- 100% proof tested at 100kpsi**
- Operation up to 400°C
TSU: Characteristics
- UV Transparent Coating
- Synthetic Fused Silica
- Operation up to 160°C
** Tensile Strength
Custom Sizes & Coatings Available
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Light Guiding Flexible Fused Silica Capillary Tubing
LTSP Characteristics
• Standard polyimide coating
• Synthetic fused silica
• Doped silica cladding
• 100% proof tested at 100kpsi**
• Operation up to 350°C
• Custom sizes available
**Tensile Strength
Potential Applications
• Unique sample detection & analysis
Increased path-length detection cells
Evanescent wave optics
Guide fluorescent emissions from capillary tip
Study capillary surface chemistries
Monitor emissions from ligands bound to capillary internal surface
• UV transmission inside of capillary
Initiate light-activated chemistries
Cure UV adhesives
Detect light producing reactions
• Chromatographic columns for µ-LC
New technologies for improved column durability after frit formation
Windows like standard capillary for on-column detection methods
• Optically monitor fluids
Before, during or after delivery/sampling
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Square Flexible Fused Silica Capillary Tubing
WWP: Square ID / Square OD
WWP Characteristics
- Standard Polyimide Coating
- Synthetic Fused Silica
- High Strength
- Operation up to 350°C
- Intermittent up to 400°C
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Thick Wall Flexible Fused Silica Capillary Tubing
TSP Characteristics
• Standard polyimide coating
• Synthetic fused silica
• 100% proof tested at 100kpsi**
• Operation up to 350°C
Advantages
• Thick wall provides added mechanical strength during and after packing.
• Exacting ID tolerances minimize column-to-column variations.
• Durable polyimide provides good chemical and abrasion resistance.
• Easily cleaved to the desired length
The initial product offering includes four standard sizes, all with a common OD of 665µm. ID's vary from 150µm up to 300µm. Production of custom sizes to meet your exact product requirements are available upon request.
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Precision Windowed Silica Capillary Tubing
Polymicro Technologies is your source for windowed capillary routinely used in CE and other analytical applications. Our non-abrasive laser technique provides strong, clean, durable windows. Whether your using our standard polyimide coated, synthetic fused silica capillary tubing, or a custom drawn capillary, let Polymicro do the windows.
Advantages
• Offers an excellent window for CE applications
• Extremely strong window and smooth coating transition areas
• Excellent optical surface, without damage normally resulting from abrasion or acid etching
• Easily cleaved to needed application length
• Low background fluorescence
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The Inner-Lok connector is designed for quick, contamination-free coupling of Gas Chromatography (GC) columns and other polyimide coated fused silica tubing applications. It is a precision component which provides an excellent thermal and expansion match with Polymicro Technologies' most popular fused silica capillary tubings.
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Junior LB 9509 Portable Tube Luminometer
The Junior is a small portable tube luminometer designed for all common applications using glow-type bioluminescent and chemiluminescent reagents. Excellent performance, its small size and low weight paired with battery operation make the Junior a highly versatile instrument which can be used in any location – the laboratory, on site or outdoors.
Sensitive
The detection unit of the Junior consists of a state-of-the art ultra fast single photon counting photomultiplier with low noise. For demanding applications a “high sensitivity” model with a specifically selected ultra low noise detector is avialable driving the detection limit down to less than 50 amol ATP.
Dynamic
Berthold Technologies single photon counting electronics and selected photomultiplier tubes with low noise and high saturation level ensure a wide dynamic range. The user will benefit by being able to measure low signals as well as high ones without the need to change any settings.
Versatile
The unique design of the measuring chamber allows the use of a variety of different sample tubes and sizes.
Easy-to-use
The lean and dedicated software is operated through a membrane keypad. The well arranged graphical display shows selected protocol, sample locatioon and number and the RLU value of the measurement. In addition a set consisting of a red, a yellow and a green LED unmistakably indicates whether a signal and thus a sample is above an upper limit (red), below a lower limit (green) or in between (yellow).
Applications
Reporter Gene Assays
ATP Monitoring
Hygiene Monitoring
Toxicity of Water Samples
Mycoplasma Detection
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Lumat LB 9507 Tube Luminometer
The Lumat LB 9507 tube luminometer provides the sensitivity and versatility you need in a general purpose luminometer. Advanced tube-based photon counting provides an extended dynamic range with linearity over more than six decades. A DLReady™ instrument, the Berthold Lumat is ideally suited for reporter gene assays, and other luminescence research and diagnostics applications.
Key features
Variable volume injectors. The Lumat features reagent injectors providing the highest reliability and simplicity in liquid handling. Based on the jet injection principle the injectors combine high speed and precision of the injected volume with the reliable mixing of reagents. The injected reagent volume is programmable within the range of 25 µl to 300 µl.
Designed to withstand corrosive reagents the Lumat’s variable volume injectors are also optimized to reduce dead volume; an important consideration when using expensive reagents.
Unique measurement chamber design The measurement chamber is designed to enable rotating sample transport. You can load a second sample while the first one is being measured, thus saving time which results in throughputs approaching those of an automatic instrument. The special design of measurement chamber provides superior light collection efficiency.
Measurement modes
The built-in 32-bit software has been developed to provide easy, intuitive operation of the instrument’s powerful features. You can choose from a variety of basic measurement protocols.
Raw data protocol
Dual label protocol
Kinetic measurements
Cut-off protocol
Quantitative protocol (LIA, ILMA)
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Extruded finned tubes
At the heart of most Thermofin heat exchangers’ technology lies Thermofin’s aluminium extruded finned tubes, they are the lead actors on which rests the efficiency and longevity of our units. Their particular design (mono or bimetal) provides great resistance (fin stiffness) as well as exceptional heat transfer characteristics (longevity, temperature range). The mechanical bond joining liner tubes and aluminium wall insures no corrosion occurs between fin and tube, a key factor in permitting the delivery of the specified duty by your heat exchanger, it also offers superior durability.
Heat pipes
Based on Thermofin’s extruded fin tube technology, our selection of heat pipes is designed to suit the need of the Original Equipment Manufacturer. Whether they be bent in ‘U’ shape or equipped with end fitting to facilitate their filling, Thermofin’s heat pipe designs are devoted to match your thermal and geometrical requirements. Their superior thermal performance is partly linked to the fintube inside capillary surface, created during the tube manufacture, this surface promotes the refrigerant migration.
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Spiral Finned Tubes :
FINNED TUBES
While it is not necessary to tell engineers what finned tubes are, or that their use is mandatory in cases of gas-liquid heat exchange where the film coefficient ratio is above 2, it is essential to tell the engineers that M.J.Patel's FINNED TUBES are backed by not only engineering excellence of manufacture, but also by our zealously guarded reputation for the finest quality of all our products.
T-FINS
Helical Straight strip wound on the tube are mechanically secured. The tubes are required grade of steel, the fins are aluminium for maximum tube-wall temperature of 121 deg C (250 deg F) and mild service conditions.
L-FINS
Helical strip bent to L-shape are mechanically secured to the tube with the outer surface of the tube totally enclosed with fins, for full fin contact and protection of tube from chemical action of the gas for maximum tube-wall temperature of 177 deg C (350 deg F) and moderate service conditions.
G-FINS
Helical straight strip wound into pre-cut grooves on the outer wall of the tube, fin and groove lips mechanically closed for maximum tube-wall temperature of 371 deg C (700 deg F) and extreme working conditions.
STUDDED TUBES
We have developed state of the art Technology for studded Pipes and Tubes of Carbon, Alloy and Stainless Steel Material having extremely low clear gaps between studs. These are used in Refinery Services and Fluidized Beds Boiler Coils.
LONGTITUDINALLY FINNED TUBES
We have indigenous developed automatic welding machines for giving low distortion Longitudinally welded Finned Tubes used in low capacity Boilers.
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We can provide many kinds of heatpipe for the thermoelectric cooling system and also can provide the custom design. Please do not hesitate to contact us, if you have any requirment.
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For pressure vessels and reaction vessels in M.S., Al, Monel, Inconel, Cupronickel, etc., M.J. Patel employs the latest techniques for expanding tube ends into tube sheets. High pressure tests are always carried out on these heat exchangers before they leave the factory. Brass, copper, M.S. and S.S. tube sheets are used. Tube sheets are also made out of mild steel, alloy steel or stainless steel and baffle plates are made out of mild steel or stainless steel. M.J. Patel fabricates 'U' Tube heat exchangers which are used in fertilizer plants, petrochemical and power project complexes.
Fabrication of U-Tubes for Heat-Exchangers Spans at extremely Short Delivery time, even Extra long (23 mts.) is M.J. Patel's specialty. Tube Bending as per TEMA. Tubes to any specification and any length can be supplied in extremely short time due to our wide Mother Tube Stocks.
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Heat Pipe Heat Exchanger Core Technology
Heat pipe core units are a flexible thermal management system used to interface with duct work and other customized applications. Fin stacks can be tailored to accommodate different air velocities in the ambient and internal loops. All heat pipe core units provide a NEMA 4 and NEMA 12 compliant seal to separate the two air streams. Our engineers can design a broad range of core sizes for your application.
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As the demand for faster processing capabilities drives the industry to stay competitive, seconds off cycle time can result in increased efficiency and considerable savings. Thermacore's high performance Mold Cooling Solutions address thermal issues to help reduce cycle times and minimize production costs.
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Thermacore's high temperature heat pipes are used in a wide variety of applications and service conditions from the ocean floor to geosynchronous orbit. These high temperature heat pipes have improved processes as mundane as glass making, as industrial as oil-shale extraction, and as high-tech as epitaxial deposition. With over 30 years of high temperature alkali metal heat pipe design, development and fabrication experience, Thermacore's liquid metal heat pipes have set new records for heat transfer in hardware developed for the National Aerospace Plane's leading edge, solved day to day problems in state of the art automobile spark plugs, and solar power Stirling engine receivers. If your product or process involves high temperature heat transfer, or involves high heat flux cooling, Thermacore has the design and fabrication experience required to provide the best thermal solution.
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DIGICAT 100 Buried Service Locator
The DIGICAT 100 can be used to find live (energised) power cables, trace buried metal services which reradiate signals. The highly visible digital LED display makes a swift service location possible.
DIGICAT 200 Buried Service Locator
In addition to the well proven functions of the DIGICAT 100 the DIGICAT 200 offers a one stop depth estimation. In co-operation
with the DIGITEX 8/33 (operating in the 33kHz mode) the real depth and location of all services can be found. Available in two display formats, offering depth estimation to 3m or 10ft and an accuracy of approx. ± 10%.
DIGICAT 200 GIS Buried Service Locator
The DIGICAT200 GIS offers all the functions of the DIGICAT 200 with additional wireless connectivity. Compatible with a wide range of field proven hardware platforms and combined with simple interfacing with a variety of industry standard GIS software.
The DIGICAT 200 GIS is an ideal solution for systems integrators seeking to integrate buried service locating with GIS and survey mapping processes, using industry standard wireless connectivity. The advanced data output format provides system integrators with the opportunity to further develop innovative data capture and operational management solutions to meet new market opportunities.
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As with our magnetic locators, Schonstedt pipe & cable locators are designed to withstand the rigors of daily on-site usage and a wide range of environmental conditions. Our “P&C” line is quickly becoming the professional's choice for locating pipe and cable, but you don't have to be a pro to use these instruments. So even if you only have an occasional need to find pipe and cable underground, keep a Schonstedt in your kit.
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HYDROZOOM equipment is intended to carry out a quick visual inspection of pipe work from a manhole.
It consists of a console with screen connected by a cable to a camera module.
The camera integrates a zoom feature and power LED lighting enabling the general condition of the networks to be quickly assessed.
. Pipe inspection Ø 100 à 1000 mm, from manholes
. Camera with optical zoom X 18
. Cable length 15 meters max.
. LED light
. Integrated batteries 12 V DC
. Photo and video memory card recorder
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3D PIPE DIGITAL VISION
Digital video recording of the entire pipe
3D navigation and pipe unfolded view on computer
Pipe Ø 150 to 600 mm
ADVANTAGES
Report and inspection analysis in the vehicle or at the office
Compatible with our inspection report software HYDROSCAN (EN 13508-2 standard)
Strongly built (axial camera)
Full pipe video recording in one examination
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The Evolutis range enables the video inspection of pipes that are 55 to 1200 mm in diameter.
Available in a portable version, the system is compact, evolutionary and uses the same camera tractor installations as the "equipped van" version.
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Location And Inspection
* The RIDGID SeeSnake® is rugged and maneuverable.
* The NaviTrack II and the NaviTrack Scout are the easiest to learn and use. Ideal for those primarily locating sondes.
* SeekTech provides confident locating of utility lines.
* Best-built, best-backed cameras and locators on the market.
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HYDROVIDEO has designed two reliable, portable systems that are completely autonomous for inspecting small diameter pipes
(HV mini and ball camera).
These systems are either intended for the connections of sewage networks or industrial pipes.
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Mini range
HYDROVIDEO has designed two reliable, portable systems that are completely autonomous for inspecting small diameter pipes
(HV mini and ball camera).
These systems are either intended for the connections of sewage networks or industrial pipes.
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Minisonic ISD detects the changes of products in a pipeline by measuring the speed of sound. The speed of sound is a precise specification of the product and has a correlation to density or concentration.
Minisonic ISD is also a detector of the passage of pigs and spheres in a pipeline by the analysis of the acoustic signal.
The measurement of the speed of sound depends on the temperature and pressure conditions, so it is necessary to use a numeric corrector to obtain the real measurements.
The Minisonic ISD is available in a standard or explosion proof model.
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