Fortec
Fortec Stabilization Systems
Carbon Fiber Technologies
Questions? Call Us
1-800-207-6204

Versión de Español
Our Products
Fortec #1310 Epoxy


pdf PRODUCT SPECIFICATIONS: Fortec #1310 Epoxy


Product Description: Fortec 1310 Epoxy is a medium viscosity, thixotropic epoxy with excellent physical properties. Flows well during applications and when tooled for fast wetting of reinforcement materials and thickens when at rest. Can be retooled within its pot life. Use Fortec 1310 Epoxy where resistance to draining or runoff is desired. Best for hand lay-up laminating, tooling, pattern work, vertical laminates, and vacuum bagging. Has low odor, is a 100% solid, and is DOT non-regulated.

Target Applications
  • Where a high strength, durable bond between CFRP products and substrates is desired.
  • Bonds Fortec Carbon Plate & Fortec Carbon-Kevlar Strap Systems to concrete, masonry, timber, & other structural substrates.
  • Bonds multiple layers of CFRP pre-preg plate & strap
  • Bonds Fortec Carbon Bars to concrete & masonry using the near-surface-mounted (NSM) technique
  • Bonds steel plate to concrete.
  • Ideal for overhead and vertical applications
Key Features
  • Fast wetting
  • Mid and Low temperature applications
  • Easy 2:1 mixing ratio
  • 100% solids
  • Good working time
Benefits
  • Zero V.O.C.s (solvent free)
  • Full load transfer between CFRP and substrate
  • Excellent adhesion
  • Ambient cure
  • Rapid strength development
  • High strength bond


SPECIFICATIONS
HANDLING CHARACTERISTICS
Mix Ratio (Resin: Hardener) by volume 2:1
Mixed Density, lb/gal (kg/l) 8.2-8.4 (0.98-1.0)
Pot Life of 2.4 oz (70 ml) @ 72°F (22°C) ASTM C881 minutes
Working Time, 1/2" (13 mm) Bead minutes
Clamps Off Cure Time, 1/16" (1.5 mm) Bond Line @ 75°F (24°C) hours
Minimum Cure Temperature 45°F (7°C)*
*Product will cure at lower temperatures with special Fortec hardeners. Contact Fortec for more information.
CURED CHARACTERISTICS**
Tensile Strength, psi (N/mm2) ASTM D638 9,500 (65.5)
Tensile Elongation ASTM D638 
Tensile Modulus, psi (N/mm2) ASTM D638 
Flexural Strength, psi (N/mm2) ASTM D790 15,000 (103.4)
Flexural Modulus, psi (N/mm2) ASTM D790  
Hardness (Shore D)
     1 Day ASTM D2240 
     2 Weeks ASTM D2240 75
Compressive Strength, psi (N/mm2) at 2 Weeks ASTM D695  
Glass Transition Temperature, Tg by DSC °F (°C)
Heat Deflection Temperature ASTM D648 170°F (77°C)
**Curing data is based on 7 days at 72°F (22°C) ambient temperature or 2 hours at 212°F (100°C)

Packaging: 9 lb (4 kg) gallons, 45 lb (20 kg) pails, and 500 lb (227 kg) drums, net weights

HOW TO USE


Preparation. Surfaces must be clean and structurally sound. Spalling or other damaged substrate must be removed to solid material. Concrete surfaces must be prepared to a structurally dense surface with exposed coarse aggregate to reveal an open texture surface by shot blasting, ultra-high pressure water blasting, bush hammering or other suitable mechanical means. Concrete surfaces should be prepared to a minimum concrete surface profile of CSP-3 as defined by the International Concrete Repair Institute (ICRI). Remove all weak, contaminated or deteriorated concrete, asphaltic or bituminous materials, oils, dirt, rubber, curing compounds, paint, carbonation, laitance, and any other potentially detrimental materials.

Surface preparation by bush hammering, grinding, and milling can create minute fractures or micro cracking in the substrate which may require more preparation as described above. Additional cleaning may be necessary to remove any debris remaining after the removal of unsound concrete. Oil-free compressed air may be used to remove any dust or debris immediately prior to the application of the epoxy.

Steel should be cleaned and prepared by sandblasting to conform to SSPC-SP10 specification with a 4 mil (0.1 mm) minimum anchor profile. If flash rust appears, the surface must be re-blasted to obtain minimum anchor profile.

Protect the work area from standing water and inclement weather. Surfaces may be damp. For concrete and masonry applications, patch all uneven surfaces with Fortec 4550 LPL or 1276 Hi-Modulus Fiber Matrix epoxies. Broadcast silica sand on patches to avoid amine blush.

Mixing. For best results, condition the components to 75°F (24°C) for 24 hours prior to mixing. For containers, identify part A, epoxy resin and part B, epoxy hardener. The mixing ratio is 2 parts A, resin to 1 part B, hardener by volume. Mix only that quantity that can be used within its working time (pot life).

Stir each component prior to blending. Proportion two (2) parts by volume of Component A resin and one (1) part of Component B hardener into a clean container with flat wall and bottom. Mix thoroughly for a minimum of three minutes using a low speed drill (600 rpm) and a mixing paddle (e.g. a Jiffy® and/or Plunge Mixer™). Keep the paddle below the surface of the material to avoid entrapment of air. Thorough mixing of both components is important to obtain optimum results. Carefully scrape the sides and bottom to ensure thorough mixing.

Coverage. Coverage yield will vary with technique used, surface, and substrate roughness. The following is a theoretical yield based at a given thickness. It does not account for loss of material, or for application at greater thicknesses. At 40 to 60 mils (1.0 to 1.5 mm): approximately 25 to 45 sq.ft. per gal (0.6 to 1.1 m2/L). Application. Apply mixed Fortec 1310 Epoxy to the substrate using a trowel or spatula at a uniform thickness of 40 to 60 mils (1.0 to 1.5 mm). Thoroughly press and work the epoxy mixture into the substrate for positive adhesion. Apply a similar thickness of adhesive to a prepared Fortec Carbon Plate, Carbon-Kevlar or other Grid. Using gloved hands, mate the gelled surfaces together. Press and squeeze out excess epoxy and air voids using a hard laminating roller. Remove excess adhesive.

For Fortec Carbon-Kevlar or other Fortec Grid, allow the adhesive to squeeze through the grid to assure a proper bond. For a single grid layer, apply an epoxy top coat at a rate of approximately 160 ft2/gal (4 m2/L ) (10 mil or 0.3 mm thickness) while the base resin is still within its working limit (depending on temperature) and smooth for a finished appearance. After cure, perform sounding to locate any voids. Inject epoxy resin as needed to fill all voids.

Amine Blush. Amine Blush is the phenomenon where a wax-like or greasy film on the surface of the cured epoxy is formed where certain temperatures and humidity exist during cure. An Amine blush is usually formed after the initial set of the epoxy. Amine Blush can hinder the adhesion of a successive application of epoxy. If the blush is slight it may be hard to detect visually or by touch. Blush will be more noticeable in cool, damp or humid conditions.

Amine blush must be removed before applying additional layers of epoxy. If a second layer of epoxy cannot be applied within 12 hours after the previous application, it is recommended that the surface be prepared to remove any blush that may have occurred. Light sandblasting between coat applications is the recommended procedure for surface preparation to remove blush or contaminants that may create inter-coat adhesion problems. Amine blush may also be removed by wet sanding.

Some amine blushes may be water soluble. Test with a pressure wash at a minimum 750 psi with injection of sufficient Dawn© Dishwashing Detergent (usually 2-3%) to remove and clean the surface of contaminates. As an alternative, wash down and thoroughly scrub the surface between applications with a solution of Dawn© Dishwashing Detergent. Rinse with plenty of fresh water to thoroughly remove the dissolved blush and allow drying completely before application of the next layer of epoxy.

Note: Many experienced contractors have advised that a wash down and scrub with Dawn© Dishwashing Detergent and water is easy and does not create a mess. Do not use solvents to remove the blush.

It is important that the user evaluate a small test area of successive epoxy applications for proper preparation and bond before proceeding with a full scale operation. Spill Clean Up. Ventilate area. Confine spill. Collect with tools and absorbent material. Dispose of in accordance with current, applicable local, state and federal regulations. Uncured material can be removed with approved solvent. Cured material can only be removed mechanically.

Qualifications.
  • Each structural and life safety application requires the design and certification of a licensed, professional engineer.
  • Do Not Thin Fortec 1310 Epoxy -- Solvents will prevent proper cure.
  • Material is a vapor barrier after cure, test on-grade substrates for moisture-vapor transmission prior to application (Ref. ASTM F-1869; ASTM D-4263). Fortec 1310 Epoxy, when cured, creates a non-breathing film. This produces a vapor barrier and should not be applied to surfaces where the entrapped vapor could condensate under coating and freeze. Do not completely encapsulate mortar or concrete subjected to freezing.
  • Do not apply over wet, shimmering surface.
  • Minimum age of concrete prior to application is 21-28 days, depending on curing and drying conditions.
  • For applications on exterior, on-grade substrates, consult Fortec Technical Service.
  • Proper application is the responsibility of the user.


Cautions. Fortec epoxies contain alkaline amines. Strong sensitizer; MAY CAUSE SKIN SENSITIZATION or allergic response ranging from mild wheezing to a severe asthmatic type attack. Avoid contact with skin or eyes. IN CASE OF CONTACT immediately wash skin with soap and water. Flush eyes with water for 15 minutes and obtain medical attention. Wear protective clothing, goggles, and barrier cream on all exposed skin.

An externally applied CFRP system is a vapor barrier. Consult with a licensed, professional engineer to evaluate results of encapsulating porous substrates. Installation should be performed only by a Fortec trained and approved installer. FIRST AID

Inhalation. Remove person to fresh air.
Skin. Remove contaminated clothing. Wash skin thoroughly for 15 minutes with soap and water.
Eyes. Flush thoroughly with water for 15 minutes.
Ingestion. Do not induce vomiting. Contact a physician immediately. In all cases, contact a physician immediately if symptoms persist.

Keep Out Of Reach of Children - Keep Container Tightly Closed – Not For Internal Consumption – For Industrial Use Only


The information contained herein is included for illustrative purposes only and is, to the best of our knowledge, accurate and reliable. Fortec cannot however under any circumstances make any guarantee of results or assume any obligation or liability in connection with the use of this information. As Fortec has no control over the use to which others may put its product, the products are to be tested to determine if suitable for a specific application and to verify if our information is valid for a particular application. Responsibility remains with the specifier, contractor, installer, user, and owner for the design, application and proper installation of each product. Fortec reserves the right to change the properties of its products without notice. Prior to each use of any Fortec product, the user must always read, understand, and follow the warnings and instructions on the product’s most current Technical Product Data Sheet, product label and Material Safety Data Sheet available at www.FortecStabilization.com.

LIMITED WARRANTY, DISCLAIMER OF WARRANTIES AND LIMITATION OF LIABILITY: Fortec Stabilization Systems. ("Seller") warrants its products to be free of defects in material and workmanship for a period of ONE (1) YEAR from the date of purchase. Under this Warranty and limitation of liability, Fortec will provide, at no charge, product and containers to replace any product. Fortec's obligation hereunder, is limited solely to such replacement and is subject to receipt by Fortec of a written notice of any alleged defects, promptly after discovery thereof, within the warranty period. Absence of such notice in writing during the warranty period constitutes a waiver of all claims with respect to such product. This Warranty excludes discoloration or change in visual appearance of the product due to the accumulation of or streaking of dirt or other airborne materials deposited on the surface from the atmosphere. Fortec does not warrant the color-fastness of any product unless specifically stated otherwise. Before application, the Buyer shall determine the suitability of the product for the intended use and Buyer assumes all risks and liabilities whatsoever in connection therewith. THIS WARRANTY IS MADE IN LIEU OF ANY AND ALL OTHER WARRANTIES, EXPRESSED OR IMPLIED, INCLUDING THE WARRANTIES OF MERCHANTABILITY AND/OR FITNESS FOR A PARTICULAR PURPOSE, WHICH ARE HEREBY DISCLAIMED. IT IS UNDERSTOOD AND AGREED THAT BUYER'S SOLE REMEDY,AND THEREFORE SELLER'S LIABILITY, WHETHER IN CONTRACT, TORT,WARRANTY, IN NEGLIGENCE, OR OTHERWISE, SHALL BE LIMITED TO THE RETURN OF THE PURCHASE PRICE PAID BY PURCHASER OR REPLACEMENT OF ANY DEFECTIVE GOODS SOLD BY SELLER AND UNDER NO CIRCUMSTANCES SHALL SELLER BE LIABLE FOR SPECIAL,INCIDENTAL, INDIRECT OR CONSEQUENTIAL DAMAGES. THE PRICE STATED FOR THE GOODS IS A CONSIDERATION IN LIMITING SELLER'S LIABILITY. The terms of this paragraph may not be orally modified. THERE ARE NO WARRANTIES, WHICH EXTEND BEYOND THE FACE HEREOF.


pdf PRODUCT SPECIFICATIONS: Fortec #1310 Epoxy



HOME | ENGINEERING TIPS & DESIGN | PRODUCTS & SPECIFICATIONS | PROJECTS & CASE STUDIES | ABOUT Fortec | CONTACT FORTEC


Fatal error: Call to undefined function mysql_connect() in /home/fortecst/public_html/counter/mysql.class.php on line 23