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Monarch Industrial Products India Pvt. Ltd
(An ISO 9001 : 2008, ISO 14001 : 2004 & OHSAS 18001 : 2007 Certified Company)
Tel:+91 4546-251020, 250076, Fax: +91 4546-253060, Mobile: +91 96009 92069
Email :, Toll Free : 1800-425-1070

High Temperature Titanium Putty - (SavesPast HTTP)
Offer Price :
INR ₹.3,232.00 INR ₹.2,227.00* / 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

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Application Procedure
  1. Surface Preparation:
    • It is essential that all surfaces to be treated are properly prepared to obtain a strong bond between the substrate and the product
    • Thoroughly clean the surface with SavesPast ACR, Cleaner to remove all oil, grease and dirt.
    • Grit blast surface area with 8-40 mesh grit, although roughening using mechanical alternatives such as wire brush or abrasive disc can be used to leave a clean surface, free of scale, rust and other foreign substances., to create increased surface area for better adhesion to achieve desired profile is 50-80 microns.

      Blasting Standards
      Note: For metals exposed to sea water or other salt solution, grit-blast and high-pressure-water-blast the area, then leave Overnight to allow any salts in the metal to "sweat" to the surface. Repeat blasting to "sweat out" all soluble salts. Perform Chloride contamination test to determine soluble salt content (should be no more than 40pm).

    • Clean surface again with SavesPast ACR, Cleaner to remove all traces of oil, grease, dust or other foreign substances from the grit blasting.
    • Repair surface as soon as possible to eliminate any changes or surface contaminants/flash rusting/oxidation.
  2. Technical tips for working with epoxies
    • Working time and cure time depends on temperature and mass:
      • The higher the temperature, the faster the cure.
      • The larger the mass of material mixed, the faster the cure due to exothermal reaction.
    • To speed the cure of epoxies at low temperatures:
      • Store epoxy at room temperature.
      • Pre-heat repair surface until warm to the touch.
    • To slow the cure of epoxies at high temperatures:
      • Mix epoxy in small masses to prevent rapid curing.
      • Cool resin/hardener components.
  3. Mixing Instructions:
    • It is strongly recommended that full units be mixed, as ratios are pre-measured.
      • Add hardener to resin.
      • Mix thoroughly with screwdriver or similar tool while continuously scrape material away from sides and bottom of container) until a uniform, streak-free consistency is obtained. For smaller volumes, place resin and hardener on a flat, disposable surface such as MonKit or plastic sheet. Use a Spatula or trowel/ wide-blade tool to mix the material. For larger volumes use a T-shaped mixing paddle or a propeller-type Jiffy Mixer Model ES on an electric drill. Thoroughly fold putty by vigorously moving paddle/propeller up and down until a homogenous mix of resin and hardener is attained. Thoroughly mix the components for at least 4 minutes to get uniform mixture. Avoid the formation of bubbles. Do not mix more than you are able to use within the pot life. If the container is partly used, it is to be kept tightly closed.
  4. Application Instructions:
    • Spread mixed material on repair area and work firmly into substrate to ensure maximum surface contact .Apply a very thin scratch or smear coat directly to the prepared surface to maximize surface contact before proceeding to apply additional product to the desired build. Ensure product has been worked into all cracks and voids to eliminate air bubbles. If applying several coats or layers, any previouslyapplied product must be roughened if it has been left to cure for more than 24hours. Do not "feather-edge" epoxy.
      • Place fiberglass sheet, expanded metal, or mechanical fasteners between repair area and SavesPast TP prior to application.
      • SavesPast TP can be troweled up to ½" thick without sagging. Chemical immersion is possible after 24 hours.
      • Cure at room temperature for 2.5 hours, then heat cure/elevated temperature for 4 hours @ 90°C..
  5. Cure:
    • Variations in cure may arise due to the amount of material being applied, the thickness of material being applied, the surface temperature, and the product temperature. The cure may be increased by applying external heat to the prepared surface before application of the product. This can be done with heat lamps, hot air gun, ELECTRIC BLANKET or other heat sources. Do not use open flame. The cure may be decreased by cooling the product before mixing.
Our Bank Details
Beneficiary Name / Name on the Account : Monarch Industrial Products (I) Pvt Ltd
Current Account No : 622505009174
Branch : P.B.No.30,
627, Jay Maruthi Towers,
Periyakulam Road,
THENI - 625 531 TamilNadu State
Tel: 04546 – 254200
IFSC/NEFT/RTGS Code No : ICIC0006225
MICR Code : 625229102