High Temperature Titanium Putty - (SavesPast HTTP)
Offer Price :
USD $ 56.70 / Kg USD $ 39.94* / Kg
( * Inclusive of all taxes and freight )
High Temperature Titanium Putty
Multi-Purpose Reclamation Putty for high temperature resistance till 230°C
A two component paste, engineering grade system based on a ferro-silicon filled epoxy system on high temperature resistance special resin. The non-rusting putty extensively used for repairing and rebuilding worn-out surfaces in machinery& equipment and precision critical applications in less down-time for high temperature service conditions. The high temperature putty requires post-curing for proper performance and temperature resistance.
To achieve permanent temperature resistance do POST CURING/TEMPER HARDENING:
HIGH TEMPERATURES PUTTY under ambient temperature conditions will take some time to cure to its ultimate properties. Post curing in an oven or by using heat lamps, to a maximum temperature of 150°C for 2 hours, will result in rapid achievement of full cure properties. In-situ cure at the normal process operating temperatures will provide cured properties and an ultimate cure rate consistent with the process temperature.

Product Specification Details

PROPERTIES
STANDARD
UNIT
VALUES
Pack Size
1 Kg
Coverage
-
cm2/pack size/thickness
624 Cm 2 / kg / 5 mm
Color and Apperance
ASTM D 1544
-
Aluminium & Thick paste
Specific Gravity
ASTM D 1475-98
-
1.58
Mix Ratio By Weight
Manual
-
13.1(R):1(H)
Mix Ratio By Volume
Manual
-
4(R):1(H)
Pot Life @ 30°C
IS 101
min
60
Functional Cure
ASTM D 1640
Hrs
16
Compressive Strength
ASTMD 695
N/mm2
58.05
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Features of High Temperature Titanium Putty

  • Fast,cost effective and durable
  • High compressive strength and extreme chemical resistance
  • Good resistance to corrosion and abrasion
  • Efficient alternate method of repair where welding or brazing would be undesirable or impossible
  • Can Repair Intricate shape or forms/thin sections, difficult to weld metals
  • No equipment/Power supply needed
  • Unlimited cycle of repairs
  • Less Labor costs - Avoid assembly/disassembly, Pre Machining/Post Machining
  • Resistant to chemicals and most acids, bases, solvents, and alkalis
  • It can be easily Can be machined, drilled, tapped or painted
  • Superior adhesion – forms a solid bond to steel, cast iron,
  • Stainless steel, concrete, and clean and abraded bronze, copper, and aluminum.
  • Eliminates costly wear part inventory
  • No shrinkage, expansion or distortion
  • Excellent electrical insulation characteristics
  • Can do repairs at In-situ repair, In-Plant, Workshops, Remote areas
  • No VOC's
  • Routine Maintenance and Unexpected Maintenance
  • Repair cost at fraction of replacement cost

Where to Use?

  • Fixing wear resistant moulds
  • Cyclone and separator bodies
  • Dust collectors and exhausters
  • Fan blades and housings
  • Intake manifolds

Application Demo