PTFE Lined Piping Pipes Hi-Tech make Lined Piping comprises a seamless, thermally locked Plastic liner fitted in to a seamless ASTM A106, SCH-40 steel Pipe and confirms to the requirement of ASTM F1545. An exclusive manufacturing process of Liner compensates thermal expansion and contraction. This thermal equilibrium prevents fatigue cracking failure between the tube and flared section of the liner. The Hi-Tech liners also guarantees optimal protection against permeation and vacuum. Hi-Tech make Lined Pipes can be supplied with fixed or loose flange design and any drilling specificati

Equal Cross & Reducing Flange Pipes Hi-Tech make Lined Piping comprises a seamless, thermally locked Plastic liner fitted in to a seamless ASTM A106, SCH-40 steel Pipe and confirms to the requirement of ASTM F1545. An exclusive manufacturing process of Liner compensates thermal expansion and contraction. This thermal equilibrium prevents fatigue cracking failure between the tube and flared section of the liner. The Hi-Tech liners also guarantees optimal protection against permeation and vacuum. Hi-Tech make Lined Pipes can be supplied with fixed or loose flange design and any d

Instrument Tee Pipes Hi-Tech make Lined Piping comprises a seamless, thermally locked Plastic liner fitted in to a seamless ASTM A106, SCH-40 steel Pipe and confirms to the requirement of ASTM F1545. An exclusive manufacturing process of Liner compensates thermal expansion and contraction. This thermal equilibrium prevents fatigue cracking failure between the tube and flared section of the liner. The Hi-Tech liners also guarantees optimal protection against permeation and vacuum. Hi-Tech make Lined Pipes can be supplied with fixed or loose flange design and any drilling specificati

Expansion Bellow Hi-Tech High performance Expansion Joints with their uniform walls and deep convolution design provide unequalled strength and flexlife. Made of virgin PTFE, these Expansion Joints are mainly used when application becomes critical due to misalignment, vibration, absorbed shock or continuous expansion prevails. Expansion Bellows are available in various convolutions or special sizes along with reinforcing rings. Hi-Tech also offers Expansion Bellows for vacuum applications.

PTFE Dipe Pipe Dip Pipes and Spargers For complete corrosion resistance, PTFE lined dip and inlet pipes are designed to introduce gas or fluids in to reactor vessels. columns and storage tanks. These dip pipes from Hi-Tech offer a more robust alternatives to other materials. Hi-Tech provides custom designs in dip pipe to match your piping requirements and process conditions. Hi-Tech uses Advance Thermal Equipment to fuse the PTFE at the bottom instead of Etching Technology with adhesive layers which is resulting in a good homogeneous weld.

PTFE PVDF Lined Equipment Pipes Hi-Tech make Lined Piping comprises a seamless, thermally locked Plastic liner fitted in to a seamless ASTM A106, SCH-40 steel Pipe and confirms to the requirement of ASTM F1545. An exclusive manufacturing process of Liner compensates thermal expansion and contraction. This thermal equilibrium prevents fatigue cracking failure between the tube and flared section of the liner. The Hi-Tech liners also guarantees optimal protection against permeation and vacuum. Hi-Tech make Lined Pipes can be supplied with fixed or loose flange design and any drilling

FOR UNIVERSAL CORROSION RESISTANCE, PTFE LINED DIP AND INLET PIPES ARE DESIGNED TO INTRODUCE GAS AND FLUIDS IN TO REACTOR VESSELS, COLUMNS AND STORAGE TANKS. THESE DIP PIPES FROM HI-TECH OFFER A MORE ROBUST ALTERNATIVES TO OTHER MATERIALS. HI-TECH CUSTOM DESIGNS YOUR DIP PIPE TO MATCH YOUR PIPING REQUIREMENTS AND PROCESS CONDITIONS. HI-TECH USES NO ETCHING TECHNOLOGY WITH ADHESIVE LAYERS, BUT FUSE

FEATURES : * SUPERIOR CORROSION RESISTANCE OVER A WIDE RANGE OF PH AND TEMPERATURES FROM CRYOGENICS TO +200 DEGREE CELCIUS I.E. MULTI COMPONENT MIXTURE APPLICATIONS. * ECONOMICAL COMPARED TO HIGH ALLOY VALVES. * LONG LIFE CYCLE/ LOW MAINTENANCE. * ECONOMICAL VALVE ACTUATION DUE TO LOW TORQUE REQUIREMENTS. * NO CONTAMINATION OF FLOW MEDIA I.E. HIGH PURITY APPLICATIONS. * VERY LOW RISK OF