Druflon International

Chiranjiv Vihar, Ghaziabad, Uttar Pradesh

We are offering heating wires.Poly tetra fluoro ethylene (ptfe) is a plastic which is flexible up to -200c and stable up to 260c. these features have been utilised to develop safe, efficient and long-life ptfe insulated heaters. such heaters find applicationsin 1. Flexible car seats, pads, carpet or blanket heating. 2. Floor heating under dry or moist conditions (heaters pre-cast and terminated during floor installation); such installation may be with or without parallel-laid spiral-wrapped sensor wire. 3. Temperature control for electronics display devices, obstructionshadow-free, by using high strength fine conductor and thin wall insulation. 4. Immersion heating insulated coils for distillation with prescribed cold leads; zone temperature control of distillation columns and heat tracer for pipes. 5. Anti-freeze roof edge, window edge, gasket heating.

We are offering ptfe insulated wires.Ptfe insulated wires and cables are divided into six sub-groups according to the construction and applications. the common features are: conductors silver plated copper (spc) for use up to 200c (minimum 1 micron silver coating as per astm-b-298)nickel plated copper (npc) up to 260c (minimum 1.25 micron nickel coating as per astm-b-355)silver plated high strength copper alloy (sphsca) for mechanical strength in fine cross-sections and for superior flex-life (somewhat lower conductivity than copper) generally as per astm-b-624pure nickel for use up beyond 260c; very high resistance to corrosion; dc resistance about 6 times that of copper at 20cresistance alloys for thermo-couple applicationssilver plated copper clad steel (spccs) commonly used for rf coaxial cables) as per astm-b-501spiral multi-strands on glass-fibre cord for high linear resistance -- generally for heating applicationsplain copper or tinned copper can not be used due to high-temperature processing and applications; tin melts and flows into the interstices of stranding to make the conductor inflexible; copper tends to oxidize and become brittle

We are offering miniature high voltage wires.Working voltages upto 22 kv ac or 50 kv dc within 7 mm10, 000 hours life under corona, shielded construction for reduced rfisuitable from - 200cto 260cflexible and free from stress-cracking failures

Silver Plated Copper Clad Steel (SPCCS) commonly used for RF coaxial cables) as per ASTM-B-501Spiral multi-strands on glass-fibre cord for high linear resistance -- generally for heating applicationsPlain copper or Tinned copper can not be used due to high-temperature processing and applications; tin melts and flows into the interstices of stranding to make the conductor inflexible; copper tends to oxidize and become brittle

Silver Plated Copper (SPC) for use up to 200C (minimum 1 micron silver coating as per ASTM-B-298)Nickel Plated Copper (NPC) up to 260C (minimum 1.25 micron nickel coating as per ASTM-B-355)Silver Plated High Strength Copper Alloy (SPHSCA) for mechanical strength in fine cross-sections and for superior flex-life (somewhat lower conductivity than copper) generally as per ASTM-B-624Pure Nickel for use up beyond 260C; very high resistance to corrosion; DC resistance about 6 times that of copper at 20CResistance alloys for Thermo-Couple applications

Silver Plated Copper (SPC) for use up to 200C (minimum 1 micron silver coating as per ASTM-B-298)Nickel Plated Copper (NPC) up to 260C (minimum 1.25 micron nickel coating as per ASTM-B-355)Silver Plated High Strength Copper Alloy (SPHSCA) for mechanical strength in fine cross-sections and for superior flex-life (somewhat lower conductivity than copper) generally as per ASTM-B-624Pure Nickel for use up beyond 260C; very high resistance to corrosion; DC resistance about 6 times that of copper at 20CResistance alloys for Thermo-Couple applications