STAINLESS STEEL BRAID SMOOTH BORE HOSE TEFLON PTFE LINED
White Teflon or black antistatic Teflon available 1/8" ID
to 1-1/2" ID. High pressure rated. The most flexible hose
of its kind. Fittings: 316L stainless steel standard. Temperature
rated: -100 degrees F to +500 degrees F.
SILICONE COVERED STAINLESS STEEL BRAID SMOOTH BORE HOSE TEFLON
PTFE LINED
Platinum cured silicone cover over stainless steel braid smooth
Teflon PTFE tube. The extruded silicone cover over the stainless
steel braid produces a ultra smooth, easily cleaned exterior finish.
Temperature rated: -100 degrees F to +500 degrees F
RUBBER COVERED TEFLON LINED CHEMICAL AND PHARMACEUTICAL STYLE
HOSE
Teflon smooth bore liner featuring a tough EPDM rubber cover for
rough handling and flexibility even in large sizes. Size 1/2"
ID to 4" ID available. Teflon lined rubber cover suction
and discharge hose can safely handle the purest materials to the
harshest chemicals. The Teflon tube can be extended through the
fittings for a zero entrapment.
Temperature rated: -40 degrees F to +350 degrees F
CORRUGATED & INTERLOCKED
There are basically two types of metal hose and pipe available
for general industrial use corrugated and interlocked.
Both of these types are available in a wide variety of constructions,
sizes, metals, pressure ratings and flexibility characteristics.
CORRUGATED
METAL HOSE AND PIPE
Corrugated hose or pipe can be supplied in many forms. The corrugations
may be closely or openly spaced. The assembly may or may not
be braided. The metal thickness, corrugation count and other
factors may be changed to meet varying requirements. All corrugated
hose derives its flexibility from the
bending
of the corrugations. The performance characteristics of a metal
hose or pipe are the result of many variables. To select the
proper product for a given application one must consider size,
material, temperature, pressure, motion, length and fitting
requirements.
INTERLOCKED HOSE
This hose is an interlocked length of profiled strip, wound
into a tubular shape. Interlocked hose can be made pressure-tight
by winding in strands of cotton, copper wire or other packings.
Various shapes or interlocking may be employed. In all cases,
interlocked hose gets its flexibility from the sliding that
occurs in the interlock. Hose diameter is the other factor which
affects flexibility.
Selecting the most suitable interlocked hose for an application
involves other factors, too, such as: leak tightness, ruggedness,
flexibility, corrosion resistance and temperature resistance.