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Conax Technologies mineral insulated cable is manufactured using high performance/exotic alloys for critical applications where performance under extreme temperatures or severe environmental conditions is required.
Con-O-Clad, also known as mineral insulated cable, is produced to exacting standards controlled under our ISO 9001 Quality Management System. We use only the highest quality materials to ensure reliable and robust performance. Each completed lot of material undergoes strict quality assurance tests (electrical & dimensional) and is calibrated in our NIST Traceable Calibration Lab to ensure all requirements are met.
Sheath Materials:
• Inconel®, Monel® and other Super Nickel Alloys
• Haynes® 188®, 214®, 230®
• Hastelloy® C-276
• Tantalum
• Platinum-Rhodium
Sheath Diameters:
• 0.039" - 0.250" (1 mm - 6.3 mm)
• Single and Duplex Constructions Available
• Triplex Construction (Consult Factory)
Calibration Types:
• Types K, N, E and S, R, B
• Standard or Special Limits per ASTM E230
• Class 1, 2 or 3 per IEC 584
• Type C• Standard Limits per ASTM E230
Insulation:
• High Purity (99.4% Min) Magnesium Oxide(MgO) per ASTM E1652
• Hafnium Oxide (i.e. Hafnia) for selected high temperature applications
Special Applications:
• Compliance to ASTM E585 and E2181 Available
• Supplemental NDT Testing Available
• Can be supplied in a continuous length (coil) or cut to specific lengths and packaged for short or long term storage
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B&B Thermo-Technik offers a huge range of cables for temperature measurement purposes.
Thermocouple Cables, compensation cables, and copper cables are available in various insulation and sheath materials. Thermo wires and thermo bands are also availbable. Just have a look at our temperature-shop:
www.temperature-shop.eu
where you find our standard range.
For further cables just send us an inquiry and we will supply you with a detailed offer.
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The unique properties of XACTPAK® mineral insulated, metal sheathed cable make it ideally suited to solve a wide variety of problem applications. The outer sheath protects the thermocouple from oxidation and hostile environments, and the mineral insulation provides excellent high temperature dielectric strength.
Features
* Diameters down to 0.25 mm (0.01 inch)
* Temperature ranges from 0° to 1480°C (32° to 2700°F)
* Cryogenic cable available upon request
* Fireproof
* High pressure rated
* Cold and thermal shock resistant
* Gas tight and moisture proof
* Formable and weldable
* Corrosion resistant
* High temperature rated
Applications
* Atomic research / nuclear reactors
* Blast furnaces / vacuum furnaces
* Catalytic reformers
* Diesel engines
* Food and beverage
* Glass and ceramic
* Heat treating
* Jet engines / rocket engines
* Medical
* Power stations / steam generators
* Refineries and oil processing
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Tempsens an ISO 9001 company manufacturers a wide range of compensating cables for thermocouples J, K, T, E, N, R, S, B Types.
Tempsens can custom manufacture thermocouple wire to according to specific application requirements.
Features:
- Different wire guage ranging from 14 to 36 Gauge(AWG/SWG)
- ANSI , DIN Color Coded
- Soild or MultiStrand wire construction
- Variety of Insulation type such as Single and double fiber glass, teflon, ceramic fiber, silica fiber, SS braided, PVC etc.
- Optional Stainless Steel and Tinned Copper Wire Overbraiding to give added protection from abrasion and mechanical damage.
- Single Core or Multicore cable can be provided.
- Detailed test report is provided for calibration traceability, materials, insulation resistance and physical properties.
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Our customer, an aerospace composite parts manufacturer, wanted to replace their heater power feedthrough in an aerospace parts autoclave.
While it was intended to be an exact physical replacement of an existing product, Conax developed a "plug and play" solution offering several key advantages. The most important feature was its ability to be rebuilt in the field.
This product is a custom-designed hybrid of our Electrode Gland (EG) series and out Electrode Gland Teflon (EGT) series designs. We incorporated and combined positive features of each gland to benefit the customer in this application.
The EG offers high temperature resistance required closer to the heaters. The EGT offers more robust, less costly components for the balance of the assembly located where lower temperatures prevail.
The special solid nickel conductors are designed with staggered lenghts to ease power cable attachment.
Performance and longevity were inproved with this design because the heating elements can function at peak performance at all times, reducing cycle times. The few replacement parts required can be replaced on-site in the time it takes for the unit to cool down and be reloaded with new production material. The old design required a complete offsite rebuild over several months with a significant loss of productivity.
If you have a need to manage power or instrument leads into any type of an autoclave, look to Conax Technologies for your solution.
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Conventional methods of chamber entry for validation thermocouples allow only limited numbers of thermocouples to be used. They are relatively time consuming in their application and frequently prone to unacceptable leakage.
The TCEG/1 addresses both these problem areas by providing individual slots for 18 separate thermocouples and a rapid action, locking and securing mechanism.
By utilising a three part sealant arrangement the gland becomes a TCEG/2 with the opportunity of increasing the capacity to 36 individual thermocouples. Should even more thermocouples need to be accommodated, then a ‘Y’ adapter connected to the chamber entry port can double both these quantities.
For mounting onto the autoclave chamber the TCEG is supplied with a Tri-clamp flange with the option of having a 1½” or up to 2½” flange.
The gland body is machined from 316L stainless steel with the cap in CZ121 brass. Sealants are in medical grade silicone to Shore 40 hardness and in accordance with FDA USP Class VI.
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Thin, flexible RTDs and thermocouples
Kapton, silicone rubber, Mylar insulation
All models available from stock
Benefits:
Fast response surface sensing in aerospace, medical, and industrial devicesRugged laminated construction
Simple to use: Just apply to the surface to be sensed
Models for point sensing or averaging over an area
Transparent insulations with fine wire element optional
Response as fast as 0.1 seconds!
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Since 1914, Watlow's SERV-RITE® thermocouple wire and thermocouple extension wire have been known for premium performance and reliability. All Watlow SERV-RITE thermocouple wire is manufactured under ISO 9001 quality standards.
Watlow can custom manufacture thermocouple wire using alloys and insulation types to meet your specific application demands.
Features
* Insulation temperature ranges from -200° to 1290°C (-328° to 2350°F)
* Calibration certificates per AMS 2750, ASTM E207, E220 and E230
* Solid or stranded wire constructions
* Wide selection of insulation types
* Broad stock offering
* Select metallic overbraids and wraps
* Custom constructions available
Applications
* Aerospace industries
* Composite component manufacturing
* Automotive
* Cryogenic applications
* Electric power plants
* Food processing
* Glass, ceramic and brick manufacturing
* Laboratories
* Medical equipment
* Petrochemical
* Metal processing
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Applications
Type RHTW High Temperature Wire is used for the internal wiring of ovens and other equipment operating at temperatures up to 1200ºF. Also used for electric heaters, blast furnaces, coke ovens, basic oxygen furnaces, and cement kilns.
Standard Features
Flexible, stranded 27% Nickle-clad copper conductor insulated with high temp composit mica/glass tapes and jacketed with an ultra high temp glass braid impregnated with a high temp finish. High Temp Wire listed by Underwriter's Laboratories, Inc. under Style No 5107 and rated at 450ºC and 600 Volts. Manufacturer rated 1200ºF and 600 Volts.
Options
Gaumer stocks 500 ft. rolls or will cut to desired length. Priced per foot with a 10 ft. minimum.
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Thermocouple validation wire
Type 'T' thermocouple wire in Class 1 material and to BS EN 60584-1:1996 is supplied with a flat pair of PTFE insulated conductors and a PFA jacket. Conductor sizes are available in a solid 1/0.3mm and 1/0.5mm, or stranded 7/0.2mm formats and can be supplied in 100M and 300M reels.
These can also be supplied in pre-cut lengths, either with a bare hot junction or a Teflon encapsulated tip.
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Validation Thermocouple Wire and Looms (VTFP):
It is a regulatory requirement when validating autoclaves and lyophilizers that Type ‘T´ thermocouples of Class 1 material grade are used.
The VTFP validation thermocouple wire meets this requirement and is supplied either in pre-cut lengths from 1 metre upto 100 metre with a formed hot junction, the hot junction can be left bare or encapsulated in a Teflon tip. The cable can also be supplied on 100/300 metre long reels.
When considering the temperature mapping of large chambers and when multiple thermocouples are to be used, this material can be supplied as a cable loom. This approach eases the installation and general handling of multiple thermocouples and offers a more protective arrangement. All the conductors are identified with an ID number to ease location identity and connectivity.
When required the thermocouple cold junctions can be fitted with miniature or standard size thermocouple connectors.
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SANDOW AVIA technical elastic shock cords, also called bungee cords, are designed to meet aviation standards., particularly French aerospace ASNA standards.
Force /extension properties are guaranteed for a given diameter and a given elongation. (maximum 100%)
Shock cords from 4 to 30 mm in diameter will resist tractive forces of 1 to 400 daN respectively.
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Wavo® Springs (RW Series)
Wavo Springs are a compact round wire wave springs designed to fit in tight radial and axial spaces. As an ideal alternative to belleville springs, Wavo Springs provide high and accurate force, while maintaining dimensional stability and precise load / deflection characteristics.
Wavo Springs are stocked in carbon and stainless steel with diameters from ½" to 6". Special designs are available with diameters up to 84".
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The shapes of wire forms are only limited by the imagination of the designer, equally with the latest CNC forming machines the ability to produce such wire forms is, in many cases only limited by the skills and imagination of the machine setter.
Airedale Springs Ltd has continued to invest in the latest CNC coiling / wire forming machines increasing its capabilities including those in wire forms. We are able to produce simple wire forms or complex wire forms by using the most effective ways possible, such as CNC, special tooling or hand made processes, as appropriate.
We have been able to assist many of our customers in solving their wire form design problems. Some of our solutions have lead to significant cost savings on tooling, manufacture, assembly costs and materials usage.
The wire forms shown here are just a very small example of the components we have manufactured. They are used in a diverse range of applications including:
- Baggage label clips
- Electrical switchgear
- Light fittings
- Hooks
- Telecommunications equipment
- Textile machinery
- Safety equipment
PLEASE WRITE YOUR ENQUIRY IN ENGLISH!
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Heavy Duty Springs
For all applications requiring big size springs (up to 94mm wire diameter), Ressorts Masselin has the capacity to hot roll your products. Springs can be specified stand alon or part of a kit to be assembled and including up to 3 springs inside each other.
For your projects, our engineers are available to evaluate feasibility and propose prototyping for complete validation.
All aour products are manufactured according to ISO 9001 quality standards
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... see all the products in the category
Springs
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Composite cables
Axon' design and manufacture composite cables specially designed to meet customer requirements irrespective of the application.
They are able to resist the most demanding electrical, mechanical and environmental requirements.
Advantages
Dependent on the application
- Flexibility
- Flexlife, resistance to torsion
- Resistance to fuel, heat and solvents
- EMI protection
Resistance to sterilisation (medical application)
Construction
- Flat or round construction integrating flat or round wires, coaxial cables, tubes, shielded cables, ...
- Hybrid electrical, electro-optical cables
Composite cables insulated with fluorinated materials, heavy metal free materials, halogen free materials, PTFE, celloflon®, vitax™, PEEK, silicone and other materials suited for your applications
Applications
- Electromechanics
- Engines
- Machines
- Robots
- Medical imaging
- Endoscopy
- Radars
- Missiles
- Electronic systems
- Satellite cabling
- Research, ...
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MARINE AND UNDERWATER APPLICATIONS
LAPP MULLER works with ships and underwater building repairs companies (welding, cutting, etc…), offshore oceanographic institutes, research centers, manufacturer of underwater acoustic instrumentation and engineering companies, ect… on the design and manufacture of composite electrical or optical cables.
-DIVING UMBILICALS
(power, signal, video, hydrolic )
Diving bells, narguiles
-SUB MARINE UMBILICALS
(electrical, optical, hydraulic and mechanical functions )
Submarine works, offshore working and research
-FLOATING CABLES
ROV Tethers, sonar supply
- ARMOURED CABLES
ROV Main Lift Cable, Tow Cable, Submarine antennas
-INSTRUMENTATION CABLES
Seismic and oceanographicals
-INBOARD CABLES
Power and control cables for naval defence and maritime industry
-HIGH TENACITY FIBER CABLES
Stay mast antennas, mooring line for baskets, for buoys
-TERMINATIONS
Design, Realization and Fitting of stainless, titanium or other special alloy terminations.
- CONNECTORS MOUNTING
These companies trust us :
DCN, IFREMER, THALES UNDERWATER SYSTEMS, ECA,, COMEX, SINGLE BUOY MOORINGS...
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MARINE AND UNDERWATER APPLICATIONS
LAPP MULLER works with ships and underwater building repairs companies (welding, cutting, etc…), offshore oceanographic institutes, research centers, manufacturer of underwater acoustic instrumentation and engineering companies, ect… on the design and manufacture of composite electrical or optical cables.
- DIVING UMBILICALS
(power, signal, video, hydrolic )
Diving bells, narguiles
- SUB MARINE UMBILICALS
(electrical, optical, hydraulic and mechanical functions )
Submarine works, offshore working and research
- FLOATING CABLES
ROV Tethers, sonar supply
- ARMOURED CABLES
ROV Main Lift Cable, Tow Cable, Submarine antennas
- INSTRUMENTATION CABLES
Seismic and oceanographicals
- INBOARD CABLES
Power and control cables for naval defence and maritime industry
- HIGH TENACITY FIBER CABLES
Stay mast antennas, mooring line for baskets, for buoys
- TERMINATIONS
Design, Realization and Fitting of stainless, titanium or other special alloy terminations.
- CONNECTORS MOUNTING
These companies trust us :
DCN, IFREMER, THALES UNDERWATER SYSTEMS, ECA,, COMEX, SINGLE BUOY MOORINGS...
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MARINE AND UNDERWATER APPLICATIONS
LAPP MULLER works with ships and underwater building repairs companies (welding, cutting, etc…), offshore oceanographic institutes, research centers, manufacturer of underwater acoustic instrumentation and engineering companies, ect… on the design and manufacture of composite electrical or optical cables.
-DIVING UMBILICALS
(power, signal, video, hydrolic )
Diving bells, narguiles
-SUB MARINE UMBILICALS
(electrical, optical, hydraulic and mechanical functions )
Submarine works, offshore working and research
-FLOATING CABLES
ROV Tethers, sonar supply
- ARMOURED CABLES
ROV Main Lift Cable, Tow Cable, Submarine antennas
-INSTRUMENTATION CABLES
Seismic and oceanographicals
-INBOARD CABLES
Power and control cables for naval defence and maritime industry
-HIGH TENACITY FIBER CABLES
Stay mast antennas, mooring line for baskets, for buoys
-TERMINATIONS
Design, Realization and Fitting of stainless, titanium or other special alloy terminations.
- CONNECTORS MOUNTING
These companies trust us :
DCN, IFREMER, THALES UNDERWATER SYSTEMS, ECA,, COMEX, SINGLE BUOY MOORINGS...
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Cabelte produced the first optical cable (multimode) in Portugal, in 1983. The cable was supplied to “Instituto para Desenvolvimento das Comunicações (IDC)” for the trial connection between “IDC” and “Inesc -Instituto de Engenharia de Sistemas e Computadores”.
The first cables produced for commercialization, called “light guide cables”, were made of 50/125 multimode fibers, tight structure, and had 4 to 6 fibers, regular customers were the former “CTT/TLP”, today “PT Comunicações”.
The big increase occurred in the production of optical fibre cables at Cabelte takes place at the beginning of the 90s, with the construction of a new plant and with the introduction of “loose” technology.
Since then, optical fiber has become more and more important and today is one of the most important telecommunication channels, due to the characteristics of the fiber itself, particularly its low attenuation associated with an almost infinite bandwidth (single mode fibers), and to the development occurred in the optical transmission systems.
Today, optical fiber cables are part of all communication “backbones” in metropolitan and regional networks. The presence of “triple pay” services, interactive games, high definition television, telemedicine, among others, requiring a high bandwidth in the access network, foresee the gradual replacement of copper by fiber optics up to the subscriber.
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Parflex welcomes Cabett Subsea to the Fluid Connector Group. Cabett Subseas state-of-the-art dockside umbilical manufacturing facility at Port Freeport, Texas, designs and manufactures Hydraulic Umbilicals and Floating Production Facilities for the Oil & Gas Market.
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