Revision 11/02/2017      

FORMULA 5-P
Language: English



Thermbond Refractories use the patented Stellar Binder Systemâ„¢ for easy and accurate mixing, controlled setting, fast dry-out and heat up, thermal shock resistance and other unique properties. Thermbond chemically bonds to existing fired refractories.

CHARACTERISTICS - Very Dense - Non-Wetting - Fast Curing - Fast Setting - High Alumina - Fine Grain


 

PACKAGING

Unit Equivalent Bags:1 Jug:1
Bag Weight* 51 lbs 23.1 kg
Jug Weight* 8 lbs 3.6 kg
Drum Weight 400 lbs 181.4 kg
Unit Weight* 59 lbs 26.8 kg
Yield / Unit* 0.37 ft3 0.010 m3
Units / Ton* 33.81 short 37.27 metric
Wet to Dry Ratio* Contact us for details
Liquid Activator FORMULA
Bags Per Pallet 48
Drums Per Dry Pallet 1
 

COMPRESSIVE STRENGTH**

1500F (816C) 4000 psi 281 kg/cm2 27.6 N/mm2
2000F (1093C) 8000 psi 562 kg/cm2 55.2 N/mm2
2500F (1371C) 8500 psi 598 kg/cm2 58.6 N/mm2
 

CHEMICAL ANALYSIS (After 1500F (816C))**

  • Al2O3
  • SiO2
  • Fe2O3
  • P2O5
  • Other
  • Total
  • 79.00 %
  • 10.00 %
  • 1.10 %
  • 5.00 %
  • 4.90 %
  • 100.00 %
 

COLD MODULUS OF RUPTURE**

1500F (816C) 875 psi 62 kg/cm2 6 N/mm2
2000F (1093C) 1650 psi 116 kg/cm2 11 N/mm2
2500F (1371C) 1850 psi 130 kg/cm2 13 N/mm2
 

ABRASION RESISTANCE** (ASTM C-704)

After 1500F (816C) <15 cc loss
 

HOT MODULUS OF RUPTURE**

1500F (816C) 1800 psi 127 kg/cm2 12 N/mm2
 

APPLICATION***

Data based on
  • Casting
Alternative Method***
  • Hand Packing
  • Troweling
 

BULK DENSITY**

As Placed 160 lbs/ft3 2563 kg/m3
After 1500F (816C) 150 lbs/ft3 2403 kg/m3
 

PERMANENT LINEAR CHANGE**

1500F (816C) -0.30%
2000F (1093C) -1.20%
2500F (1371C) -1.40%
 

THERMAL CONDUCTIVITY**

600F (316C) 15.0 Btu-in/hr-ft2-F 2.16 W/m K
1000F (538C) 14.0 Btu-in/hr-ft2-F 2.02 W/m K
1200F (649C) 13.0 Btu-in/hr-ft2-F 1.87 W/m K
1800F (982C) 12.0 Btu-in/hr-ft2-F 1.73 W/m K
 

MOLTEN METAL CONTACT

Aluminum,Zinc,Iron
**Test data shown are based on averages subject to normal variation on individual tests, and therefore should not be assumed to be maximum or minimum specifications.
***Application by alternative method may produce somewhat different results.
Measures are approximate and may vary. For mixing partial units, contact Stellar Materials for specific wet-to-dry ratios. See Installation Guide for more detailed information.
To assure you are getting the latest data, see our online data sheets at tds.thermbond.com.
Due to the unique nature of the Stellar binder system, test procedures vary slightly from ASTM.
Documentation of these variations is available upon request.
Thermbond is a registered trademark of Stellar Materials Incorporated. All rights reserved.