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High Temperature Pipe Repair

Thermo-Wrap Composite Repair System for High Temperature and Process Piping

Thermo-Wrap™

Thermo-Wrap Composite Repair System for High Temperature and Process Piping


PRODUCT INFORMATION
Thermo-Wrap™ is a custom engineered composite system utilizing a high strength, bidirectional, woven fiberglass tape in conjunction with NRI's proprietary Thermo-Poxy™ epoxy system for the repair and restoration of pipes operating at elevated temperatures. This operator qualified engineered system was designed to conform to and recognized by ASME PCC-2, ASME B31, ISO TS24817, DOT, API, and CSA Z662 standards for nonmetallic reinforcing solutions, thus ensuring product application integrity. Thermo-Wrap is specifically designed for repair applications which require the composite to maintain the high design strengths in high temperature environments, while still curing under room temperature conditions.

Typical Applications
  • Flare lines
  • Steam piping
  • Girth welds, elbows, tees
  • Chemical processing lines
  • Anywhere elevated temperatures are of concern or expected
Benefits
  • High temperature rating with an ambient cured epoxy
  • No heating or post-curing required
  • Full factory engineering calculations, consultation, and support ensuring safe and successful repairs
Physical Properties
  • VOCs: None
  • Pot Life: 75 Minutes @ 75°F (24°C)
  • Working Time: 45 Minutes @ 75°F (24°C)
  • Gel Time: Approx. 161 Minutes @ 70°F (21°C)
  • Cure Time: Approx. 18 Hours @ 75°F (24°C)
  • Service Temperature:
    Max: Up to 300°F (149°C)
  • Application Temperature: 50 to 200°F (5 to 93°C)
  • Solids Content: 100%
  • Shelf Life: 12 Months with recommended storage methods
Thermo-Wrap™
Thermo-Wrap™
©Neptune Research Inc. (NRI) NRI® is a registered trademark, while Thermo-Wrap™ and Thermo-Poxy™ are trademarks of NRI. NRI utilizes a process of continuous product improvement for all of our products. While we do strictly adhere to our products’ specifications, we routinely implement product improvements. Therefore, please contact your local NRI distributor or office for the most current product specifications. NRI warrants the quality of this product when used according to directions. Apply protective coatings per company standards. User shall determine suitability of product for use and assumes all risk. The seller will not accept liability for more than product replacement. THW DS 0112

Testing Data & Results

Mechanical Properties
Test Method Temperature Result
Tensile Strength ASTM D3039 75°F (23°C) 101,500 psi (6,998 bar)
300°F (149°C) 70,650 psi (4,871 bar)
Tensile Modulus ASTM D3039 75°F (23°C) 4,480 ksi (308,885 bar)
300°F (149°C) 3,570 ksi (246,142 bar)
Flexural Strength ASTM D790 75°F (23°C) 121,700 psi (8,390 bar)
Flexural Modulus ASTM D790 75°F (23°C) 4,180 ksi (288,200 bar)
Hardness, Shore D ASTM D2240 75°F (23°C) 90
In-Plane Shear Strength ASTM D5379 75°F (23°C) 13,055 psi (900 bar)
Chord Shear Modulus ASTM D5379 75°F (23°C) 629 ksi (43,368 bar)
Lap Shear (to steel) ASTM D5868 75°F (23°C) 3,700 psi (255 bar)
CTE ASTM E831 75°F (23°C) 6.79 µm/m°C
Heat Deflection Temperature (HDT) ASTM D648 75°F (23°C) >515°F (268°C)

For NRI's full range of testing on the Thermo-Wrap, please email sales@neptuneresearch.com.

PREPARATION & APPLICATION

Installation and Training Information Coming Soon

THE RESINATOR INSTRUCTIONS

  1. Place Resinator on stable flat surface.
  2. Remove black knobs from ends and fold up arms. Replace and tighten knobs to secure arms in upright position.
  3. Position impregnating box into frame, fitting down securely. Black scraper blade should be at side closest to the winding handle.
  4. Push up on feeder axle to remove and slide on plastic core with cloth, aligning key inside core with groove on axle. The core will keep the cloth centered for precise feeding into the impregnating box. Snap axle with cloth back into place.
  5. Snap out take up axle with handle. Place empty core on to take up axle. Snap take up axle back into place.
  6. Remove tape securing cloth on to roll and thread under guide rods and up through opening in scraper bar. Draw enough cloth through to wrap around take up core.
  7. Mix resin and pour into impregnating box filling to just BELOW opening in scraper bar.
  8. Replace lid aligning cut out ends with cloth.
  9. Slide in two holding rods and tighten to place securing the lid and holding the box in position during operation.
  10. Turn handle on take up axle at moderate speed to allow full impregnation of cloth.
  11. Remove holding rods and top to add more resin as needed, replace and continue. Impregnation should always be done with top on to prevent contamination of resin.
  12. Use wide piece of duct tape to connect next roll of cloth before end of roll enters box. This will thread next roll of cloth under bars and into scraper.
  • Replace box when resin begins to get firm ( set )