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PTFE Sleeves

We offer ptfe (teflon) sleeves tubings advantages high performance from -200c to 260c (peak 300c)unaffected at soldering temperatures; autoclavablesuitable for high-density wiringsmooth internals allow closer fitsuperior tape-wrapping-sintering (tws) method provides good mechanical stability, high burst pressure and long flex-life high dielectric strengthresistant to uv radiationfire non-propagatinginert to almost all chemicals (few exceptions), solvents, fluxes, oils; zero extractablesfreedom from ageing, fungus and water absorptionbiocompatible.

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PTFE Tubes

We ptfe (teflon) sleevestubings advantages high performance from -200c to 260c (peak 300c)unaffected at soldering temperatures; autoclavablesuitable for high-density wiringsmooth internals allow closer fitsuperior tape-wrapping-sintering (tws) method provides good mechanical stability, high burst pressure and long flex-life high dielectric strengthresistant to uv radiationfire non-propagatinginert to almost all chemicals (few exceptions), solvents, fluxes, oils; zero extractablesfreedom from ageing, fungus and water absorptionbiocompatible.

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Multi Core Cables

We are offering multi core cables.Ptfe insulated multi-core cables are required mainly for high-reliability and high-temperature interconnections for signal and controlapplications. we refer to a case where we manufactured a special cable for british nuclear energy to control a nuclear robotic arm. this cable had 28 members, some for sensing temperature, some for audio signals, some for video signals, a few for operating the lights inside the reactor, a number of others for activating the motor, and so on. even though most common cables would not have such a large number of applications in a single construction, it is sufficient to illustrate the varied uses of multi-core cables.

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Coaxial Cables

The essential function of coaxial cables is to transmit high frequency energy and signals with low loss, with reflectionless matching and without phase and amplitude distortion. For such transmission, characteristic impedance and attenuation are important concepts. characteristic impedance (zo) is determined by the ratio of dielectric od to conductor diameter, hence a large cable and a very small cable can have the same zobut the smaller cable will have higher losses. The problem in high energy transmission is the losses because of i) cable dielectric, ii) cable construction, iii) radiation, and iv) interference with adjoining circuits.

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Teflon Sleeves

High Performance from -200C to 260C (Peak 300C)Unaffected at soldering temperatures; AutoclavableSuitable for High-Density wiringSmooth Internals allow closer fitSuperior Tape-Wrapping-Sintering (TWS) Method provides good mechanical stability, high burst pressure and long flex-life High Dielectric StrengthResistant to UV RadiationFire non-propagatingInert to almost all chemicals (few exceptions), solvents, fluxes, oils; Zero extractablesFreedom from Ageing, Fungus and Water AbsorptionBiocompatible

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PTFE MULTI-CORE CABLES

PTFE insulated multi-core cables are required mainly for high-reliability and high-temperature interconnections for signal and controlapplications. We refer to a case where we manufactured a special cable for British Nuclear Energy to control a Nuclear Robotic Arm. This cable had 28 members, some for sensing temperature, some for audio signals, some for video signals, a few for operating the lights inside the reactor, a number of others for activating the motor, and so on. Even though most common cables would not have such a large number of applications in a single construction, it is sufficient to illustrate the varied uses of multi-core cables.

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