Jackson Industries - MTLC - Metal Hose Lined With a Smooth Bore PTFE Liner

MTLC - Metal Hose Lined With a Smooth Bore PTFE Liner

Vendor: Jackson Industries

Category: Fluoropolymer Hose


Applications:
  • Acid Transfer
  • Chemical Transfer
  • Generally suitable for in-plant applications
  • Vibration elimination in piping systems
  • Large diameter smooth bore
  • Slight misalignment in plastic or lined piping systems

Available as factory-built and tested assemblies only.

Construction: The construction of an MTLC hose begins with flanged metal hose braided with stainless steel. A smooth inner liner of extruded PTFE is ed into the hose, locked in place, and flared over the flange faces. This PTFE liner is stationary and will not move within the hose. Vent holes in the ends prevent gas build-up between layers.

Flanges for assembly are available in
carbon steel, 304 or 316 stainless steel.

Benefits:
  • PTFE protection against chemical attack throughout the entire assembly length.
  • Smooth liner - no entrapment areas.
  • High flow rates.
  • Easily cleaned.
  • Long flexing life.
  • Offers ruggedness in service.

Temperature Rating: -65°F (-54°C) to +350°F (+176°C)

Part Number Nominal
Hose Size (in)
Max
Working
Pressure*
Min
Burst
Pressure
Vacuum
Rating
HG*
Approx.
Weight/Ft.
Request Quote
ID OD
MTLC-16 1.00 1.64 500 PSI 2000 PSI 26 2.00 lbs. Request Quote
MTLC-24 1.50 2.33 400 PSI 1600 PSI 26 3.86 lbs. Request Quote
MTLC-32 2.00 2.88 300 PSI 1200 PSI 24 5.00 lbs. Request Quote
MTLC-48 3.00 3.94 200 PSI 800 PSI 24 5.25 lbs. Request Quote
MTLC-64 4.00 4.98 150 PSI 600 PSI 20 5.60 lbs. Request Quote
MTLC-96 6.00 7.00 150 PSI 600 PSI 20 13.00 lbs. Request Quote
MTLC-128 8.00 9.10 125 PSI 500 PSI 20 20.00 lbs. Request Quote
MTLC-160 10.00 11.20 100 PSI 400 PSI 20 26.00 lbs. Request Quote
MTLC-192 12.00 13.22 90 PSI 360 PSI 20 34.50 lbs. Request Quote
All pressures calculated at 70°F. Please consult JGB regarding flexibility restrictions
   WARNING: Cancer and
   Reproductive Harm -
   www.P65Warnings.ca.gov