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

Pack Size
1 Kg
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
Mix Ratio By Weight
Mix Ratio By Volume
Pot Life @ 30°C
IS 101
Functional Cure
ASTM D 1640
Compressive Strength
More info  

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