INFRASTRUCTURE POINT REPAIR SYSTEMS

ADVANCED TECHNOLOGY: Sewer rehabilitation by the insertion of a resin impregnated liner into a host pipe is not new technology. It has been employed by several companies in manhole to manhole relining. However, what is new is the ability to insert a short liner at a specific section of the host pipe. This new technology gives the customer some viable choices. In other words, he no longer has to reline from manhole to manhole - he can simply reline the area in need of repair.

DESCRIPTION: infrastructure Repair Systems' Sectionalized Repair is an advanced resin technology that was developed and tested in our Research & Development laboratories. Our labs are staffed by chemists and chemical lab technicians who are continually researching new and improved systems. The ambient cured resin employed was formulated to perform in both warm and cold environments without the use of a promoter package.

The liner is constructed using fiberglass, a highly absorbent felt and a protective mesh. The combination of the liner and resin yields a structural repair for damaged, cracked or broken gravity flow systems. The user friendly repair system is truly a trenchless solution.

Infrastructure Repair Systems, Inc. maintains a facility in which both the resin and liner are manufactured, assuring the consumer the correct repair system for their requirements. Our experienced and knowledgeable team offers the user not only technical support but also problem solving.

ADVANTAGES:
  • Ease of installation
  • Cost effective overall project cost
  • Available in a variety of diameters
  • Available in a variety of lengths
  • Permanent repair
  • Minimal inconvenience to the public and traffic
  • Ambient cure
  • Environmentally friendly zero (0) voc's
  • System integrity a result of research and development High performance corrosion strength
  • High performance tensile strength
  • High performance compression strength
  • High performance durability
  • Ability to conform to most configurations
  • Stronger than original pipe
  • Bonds to dry and wet substrates
  • Seals infiltration
  • Seals exfiltration
  • Resists micro cracking
  • Field training
  • Technical support
CHEMICAL RESISTANCE
(28 Day Immersion)
Toluene 1.2% Weight Gain
Ethanol 5.5% Weight Gain
10% Acetic Acid 12.1% Weight Gain
70% Sulfuric Acid .4% Weight Gain
50% Sodium Hydroxide 0.0% Weight Gain
Distilled Water 0.0% Weight Gain
The information and data stated herein is based on technical data that Infrastructure Repair Systems, Inc. believes to be accurate. It is intended for use by certified installers having the skills in determining the suitability for their applications.

Any recommendation should not be construed as an invitation to use this system in infringement of any patents.

No warranty, either expressed or implied is made or intended.
PHYSICAL PROPERTIES
TENSILE STRENGTH
(ASTM D638)		 16,577 PSI
TENSILE MODULUS
(ASTM D638)		 1,119,000 PSI
COMPRESSIVE STRENGTH
(ASTM D695)		 23,595 PSI
COMPRESSIVE MODULUS
(ASTM D695)		 1,446,000 PSI
FLEXURAL STRENGTH
(ASTM D790)		 33,266 PSI
FLEXURAL MODULUS
(ASTM D790)		 822,000 PSI
HEAT DISTORTION TEMP. 60° C 139° F
ADHESION TO DAMP
CONCRETE
(Tensile Pull Off)		 >550 PSI
ADHESION TO STEEL
(Tensile Pull Off)		 >600 PSI
SHORE D HARDNESS
(ASTM D2583)		 *81.2
* Average reading after high & low readings discarded.
HOW IT WORKS

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CONTACT INFRASTRUCTURE

Infrastructure Repair Systems, Inc.
4301A 34th Street North,   St. Petersburg, FL 33714
Toll Free (877) 327-4216,  Phone: 727-327-4216
Fax: 727-327-4118