REDBAC HIGH PERFORMANCE GROUT

ISO 9001 Certified

REDBAC HIGH PERFORMANCE GROUT


K-009

EPOXY GROUT FOR USE IN AREAS REQUIRING HIGH TEMPERATURE

STRUCTURAL STRENGTH

REDBAC High Performance Grout is a 2 component, 100% solids epoxy resin system specifically designed where higher mechanical strength and higher temperature stability versus standard epoxy grouts is required. REDBAC High Performance Grout is resistant to most fuels, oils, water, and attack by acids or caustic solutions.

PACKAGING CONVENIENCE

REDBAC High Performance Grout is conveniently packaged in 2 and 5 gallon kits containing a mixing paddle and pre-measured containers of resin and hardener. To use, pour the hardener into the resin and mix until a uniform color appears, usually 3 to 4 minutes. The pouring depth maximum suggested is 1/2 inch for typical installations.

WORKLIFE

The worklife (the time you have before it sets) of High Performance Grout will vary according to the air temperature. The average worklife at 72 ° F will be 30 minutes. In cooler weather you will have more time to pour material and in hotter weather you will have less time.

CURE TIME

The cure time (the time before the grout is strong enough for use) will also depend on the air temperature and the temperature of the floor and machinery being grouted. The average cure time from the last pour to machinery start-up is 24 hours at 70 ° F. In cool weather, the grout will cure and develop strength more slowly than in hot weather. Remember the temperature of the foundation should be taken into account along with the air temperature when figuring the cure time needed.

PHYSICAL PROPERTIES

COMPRESSIVE STRENGTH (ASTM D-695)

19,000 psi        

19,000 psi (After 30 days immersion in 72 ° F water)

TENSILE STRENGTH (ASTM D-638)

4,500 psi

FLEXURAL STRENGTH (ASTM D-790)

9,200 psi

HEAT DISTORTION TEMPERATURE
(ASTM D-648)

266 ° F

MAXIMUM CONTINUOUS SERVICE TEMPERATURE

325 ° F

HARDNESS                                                                        

                            (ASTM D-2240)                                                           

                            (ASTM D-2583)

93 Shore D @ 25° C (77° F)                          

50 Barcol @ 25 ° C (77 ° F)

LINEAR SHRINKAGE (ASTM D-2566)

.0.0012 in/in

WORKING TIME

30 minutes @ 72 ° F (22 ° C)

GEL TIME

40-50 minutes @ 72 ° F (22 ° C)

MIXED VISCOSITY (ASTM D-2196)                                      BROOKFIELD

13,000 cps @ 77 ° F (25 ° C)

SPECIFIC GRAVITY (ASTM D-792)

1.7

COEFFICIENT OF THERMAL EXPANSION (ASTM D-696)

2.0 x 10-5 in/in/° F

CURETIME

6-8 hours

CREEP TEST (ASTM C-1181)  600 PSI LOAD 24 HOURS

@ 150 ° F 1.62 x 10-3 in/in                             

WATER ABSORPTION (30 DAYS @ 72 ° F)

0.10%

MAXIMUM DEPTH OF POUR

1/2 inch  (may be poured in unlimited lifts)

APPLICATION INSTRUCTIONS

CONCRETE PREPARATIONS

Remove all oil, grease, or contaminated concrete. Chip the surface down to sound aggregate. The concrete must be dry and have no water in the anchor bolt holes. Acid etching surface preparation procedures may result in poor bond and should be avoided. Do not prime or seal concrete surfaces.

FORMING

Standard wood or metal forming may be used. The forms should be protected with heavy coats of paste wax, grease, or form release agent. Wrapping the forms with heavy plastic is acceptable. The forms must be caulked and sealed to a liquid-tight condition.

When placing forms for grouting, it is absolutely necessary that the top of the forms be at least half way up the sides of the base plate or machine base. Placing the grout just to the bottom of the base plate will result in an improper grout job. If the forms cannot be placed half way up the side of the machine base, the minimum distance is 3/4 inch above the bottom of the machine base.

The forms should be placed between 2 and 6 inches away from the perimeter of the machine base to allow for the air to escape and to provide for a grout shoulder around the base plate.

PREPARATION OF METAL SURFACES

Base plates or sole plates to be grouted should be sand blasted to a "white metal" condition. If it is impossible to grout within 24 hours of sand blasting, the surfaces should be primed with a high-quality primer. Do not use porch and deck enamel or red-lead primer.

MIXING THE GROUT

2 Components Grouts (Resin & Hardener) - Open both containers and pour the entire contents of the small can (hardener) into the large container (resin). Mix with mixing paddle in a low speed drill until a uniform color appears (3-4 minutes). DO NOT ADD ANY WATER.

POURING/TEMPERATURE PRECAUTIONS

Always sweep (pour) from one side of the base toward the other to eliminate entrapped air. The storage temperature of the unmixed kits of REDBAC will greatly affect both the ease of pouring and the cure time. For best results, REDBAC kits should be stored in a warm room for at least 24 hours before use. Do not pour if the grout is below 50 ° F.

During cold weather (below 50 ° F), it is important that the foundation be enclosed and maintained above 50 ° F. The cure time of the grout will be longer during cold weather and it is important that the grouted area be kept warm (above 50 ° F) until the grout has cured completely. Do not pour if the grout is below 50 ° F.

CLEAN-UP

Uncured REDBAC grout can be removed from tools and equipment with isopropyl alcohol, xylol, ketones, or Copps Enviro Kleen.

SAFETY

CAUTION: Wear safety goggles when mixing and pouring liquid epoxies. Mix and pour in a well-ventilated area. Avoid contact with skin and eyes. If contact does occur, wash skin with soap and water immediately and seek medical help. See cautions on can labels and Material Safety Data Sheet for complete safety instructions. Do not weld on or near the hardened epoxy, hazardous fumes will be released.

PACKAGING/YIELD

K-009-21 2 Gallon = 345 in3
K-009-47 5 Gallon = 776 in3

WARRANTY AND DISCLAIMER

Copps Industries, Inc. gives no warranty, express or implied, and all products are sold upon condition that purchasers will make their own tests to determine the quality and suitability of the product. Copps Industries, Inc. shall be in no way responsible for the proper use and service of the product. The information given in this publication is considered to be accurate and reliable and is provided as a service only. Physical properties shown are typical. Actual properties are dependent on curing conditions and degree of cure. Any information or suggestions given are without warranty of any kind and purchasers are solely responsible for any loss arising from the use of such information or suggestions. No information or suggestions given by us shall be deemed to be a recommendation to use any product in conflict with any existing patent rights.

TB#4009 (06/04/98)