HIGHLAND DRY-FALL. COATINGS for PEAK PERFORMANCE. Courtesy of Astec Industries, Inc. HIGHLAND INTERNATIONAL

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1 HIGHLAND DRY-FALL COATINGS for PEAK PERFORMANCE Courtesy of Astec Industries, Inc. HIGHLAND INTERNATIONAL

2 HIGHLAND HIGHLAND DRY-FALL DRY-FALL to durability Without sacrifice or aesthetics, to durability you can or safely aesthetics, use spray you application can safely use in areas spray where application there is in a areas high where there is a high risk for paint overspray damage. Highland Spray Safe high performance Dry-Fall coatings are powder dry within feet from point of application and overspray wipes off surfaces easily without buffing or chemicals. Highland Dry-Fall Coatings are available in: 2-K Epoxy 2-K Urethane Acrylic HiTemp Dry-Fall HIGHLAND PROJECT PROFILES: Sweet Naptha Storage Tank - Wynnewood, OK 475R Series Dry-Fall 2-K Epoxy Primer 68R Series Dry-Fall 2-K Aliphatic Urethane Topcoat 74 Series 2-K Epoxy Lining Tank is located in the midst of a refinery Maximum corrosion protection required Brush and roll application of a solvent-borne coating would almost double the application cost. Even while exposed to harsh climatic and chemical environments, this Dry-Fall system will provide the protection and aesthetics needed. Dock Side Crane at TSI Terminal - Vancouver, BC 485 Series Dry-Fall 2-K Epoxy DTM (Direct-to-Metal) The crane is 230 feet tall Surrounding cranes would continue to work during the painting process Busy work area of trucks, trailers and ships below The environment demanded a coating with excellent corrosion protection With the use of Highland 485 Series Dry-Fall Epoxy DTM they eliminated overspray damages, shortened the length of facility down time, reduced labor cost and gave the crane all the corrosion protection required. Parachute Jump Towers - Fort Benning Army Post, GA 475 Series Dry-Fall 2-K Epoxy Primer 68 Series Dry-Fall 2-K Aliphatic Urethane Topcoat Jump Towers are 283 feet tall Several thousand cars & military buses parked below Major intersection close by The previous time the towers were painted it took nine long months. This time, the project was completed in less than 4 months with no overspray damages or incidents. The Army Corp of Engineers is extremely pleased with the quality of the coating plus the enormous savings in time and labor cost.

3 HIGHLAND DRY-FALL COATI HIGHLAND DRY-FALL COATINGS AND SPECIFICATIONS DRY-FALL PRIMERS 84-DF 325-DF 475R 827-HB Phenolic Zinc Rich Epoxy Polyamine Epoxy Multipolymeric Matrix HITEMP DRY-FALL PRIMERS ZN-DF 827-HB Zinc Multipolymeric Matrix DRY-FALL DTM (DIRECT TO METAL) 485R Polyamine Epoxy 84-DF Series is a single package surface tolerant primer featuring an elaborate system of rust inhibitors to assure outstanding corrosion protection even in rugged climatic environments. It also offers maximum adhesion and corrosion protection in limited surface preparation areas. 325-DF Series is a high performance 2-K zinc-rich epoxy primer providing outstanding abrasion resistance and protection against undercutting and corrosion by cathodic protection. 475R Series is a high performance Dry-Fall 2-K polyamine surface tolerant epoxy. It may be applied over tightly bonded rust or mill scale and offers outstanding chemical, water, weathering, and corrosion protection. It is also an excellent mid-coat when used between a zinc rich primer and the topcoat of your choice. 827-HB is an unparalleled 1200 F/649 C single package primer that is ideal for high heat services where thermal shock resistance is necessary. It is a high-build and surface-tolerant coating that may be used alone or top-coated with 815 Series for services up to 500 F/260 C or 899 Series for services up to 1000 F/538 C. HiTemp 830 Series is a single package primer designed for heat affected zones up to 400 F/204 C. Its Dry-Fall properties allow it to dry to a powder within feet from point of application, eliminating paint overspray damage. HiTemp 15-ZN-DF Series cathodically protects steel providing maximum corrosion protection. It is designed for heat affected zones up to 1000 F/538 C. NOTE: This product heat cures at 250 F/121 C. HiTemp 827 is an unparalleled 1200 F/649 C single package DTM that is ideal for CUI or where extreme thermal shock resistance is necessary. It is a high-build and surface-tolerant coating. 827 Series provides the best characteristics of a premium High Temperature Coating in a Dry-Fall Spray-Safe formula that eliminates overspray concerns. 485R Series is a surface tolerant direct-to-metal coating that may be applied over tightly bonded rust or mill scale and offers outstanding chemical, water, weathering and corrosion protection. HITEMP DRY-FALL DTM (DIRECT TO METAL) 807-DF 810-DF HiTemp 807-DF Series is the result of extensive research and testing into maximum paint performance under extremely elevated temperatures. It has excellent adhesion to steel surfaces and provides corrosion protection on surfaces with temperatures to 1200 F/649 C. Color: Aluminum NOTE: This product heat cures at 250 F/121 C. HiTemp 810-DF is the result of extensive research and testing into maximum performance under extremely elevated temperatures. It has excellent adhesion to steel surfaces and provides corrosion protection on surfaces with temperatures up to 1200 F/649 C. Color: Black NOTE: This product heat cures at 250 F/121 C % % % % % % % % % %

4 NGS AND SPECIFICATIONS HIGHLAND DRY-FALL COATINGS AND SPECIFICATIONS HITEMP DRY-FALL DTM (DIRECT TO METAL) continued 827-HB 899-DF Multipolymeric Matrix DRY-FALL TOP 65R Acrylic R Aliphatic Urethane HITEMP DRY-FALL TOP DF 899-DF Acrylic HiTemp 827-HB is an unparalleled 1200 F/649 C single package DTM that is ideal for CUI or where extreme thermal shock resistance is necessary. It is a high-build and surface-tolerant coating. 827-HB Series provides the best characteristics of a premium High Temperature Coating in a Dry-Fall Spray-Safe formula that eliminates overspray concerns. HiTemp 899 Series is a single package Dry-Fall Coating that may be applied up to 8 mils DFT in one coat, offering higher build protection compared to other high temperature coatings. 899 Series provides superior thermal shock and corrosion resistance in a wide range of stock and custom colors for service areas that operate between 350 F/176 C and 1000 F/538 C. In addition, 899 may be hot applied or put back into service with no heat cure schedule. 65R Series is an extremely fast drying acrylic topcoat with outstanding gloss and weathering properties at an economical price. It will not retain gloss and color purity as long as 68 Series Urethane, but it is very durable and will provide years of protection. 720 Series is a single package topcoat with excellent color purity and gloss retention. For a high gloss finish at a more economical cost than urethane, this is a good choice. 68R Series provides a deep automotive Wet Look, color purity, flexibility, UV and corrosion protection even when exposed to a variety of harsh climatic and chemical environments. 68R should be used on areas where the highest durability and outstanding aesthetics are required. HiTemp 840 Series, a single package coating originally designed for HMA plants, meets a multitude of high heat demands. Due to the high silicone content and heat and light stable pigmentation, 840 maintains exceptional gloss and color purity in heat and rugged coastal and winter environments. 840 Series will remain intact in constant temperatures of 350 F/176 C and in intermittent excursions to 400 F/204 C. It will begin to lose gloss at 300 F/149 C and color purity at 350 F/176 C. HiTemp 815-DF Series is an excellent alternative for surfaces ranging from ambient to 500 F/260 C and is available in a full range of colors. It may be modified with the proper reducer to allow hot application up to 400 F/204 C. HiTemp 899 Series is a single package Dry-Fall Coating that may be applied up to 8 mils DFT in one coat, offering higher build protection compared to other high temperature coatings. 899 Series provides a wide range of stock and custom colors that may be used to topcoat 827-HB Series for service areas that operate between 350 F/176 C and 1000 F/538 C, all in a Dry-Fall formula % % % % % % % %

5 SPRAY-SAFE COATINGS CHS Grain Terminal - Savage, MN 475 Series Dry-Fall 2-K Epoxy Primer 68 Series Dry-Fall 2-K Aliphatic Urethane Topcoat 4-Lane highway, 3 acre parking lot and businesses across the street Previous paint overspray damages Previous use of latex dry-fall failed within 2 years The grain terminal was to remain open during painting This facility remained open while it was painted saving time and money. There were no reports of overspray damages. Robert Swanson, President CHS Grain, personally inspected vehicles one afternoon. As promised, the overspray wiped right off and not one incident of overspray damage was reported. 48 Floating Roof Petroleum Tank - Victoria, TX 325R Series Dry-Fall Zinc Rich Epoxy Primer 475R Series Dry-Fall 2-K Epoxy Primer 68R Series Dry-Fall 2-K Aliphatic Urethane Topcoat The need for high performance protection and maximum durability The potential for paint overspray damage to the Chrysler Dodge Car Dealership less than 100 feet away This 3-Coat Dry-Fall System provides maximum corrosion protection and the project was completed without overspray damages. Dave Cushman, General Manager of West Virginia Painting, the contractor for the 48 floating roof petroleum tank said: "There were no overspray complaints and no issues during this project. Everybody is happy!"

6 SYSTEM PERFORMANCE DATA PERFORMANCE DATA ON DRY-FALL SYSTEM #1: 325R Series Zinc Rich Epoxy Primer 475R Series Polyamine Epoxy Mid-Coat 68R Series Aliphatic Urethane Topcoat Salt Spray Salt Fog Data A set of panels were exposed in a salt spray cabinet operated according to ASTM B 117 Practice for Operating Salt Spray (Fog) Apparatus for 4300 hours. Panels were rinsed and dried of salt fog solution and evaluated according to ASTM D 714 Test Method for Evaluating Degree of Blistering of Paints and by examination of the scribed X. Results: No blistering in Primer, Mid-Coat, or Topcoat Stages. No creepage from the scribe. Adhesion Data Method: Elcometer (ASTM D 4541 Test Method for Pull-Off Strength of Coatings Using Portable Adhesion Testers) Results: > 1400 psi. The primary mode of failure is inter-coat adhesion. Method: Cross Hatch/ Tape Test (ASTM D 3359-A Test Methods for Measuring Adhesion by Tape Test) Results: 5A no loss of adhesion * Panels were prepared per manufacturer s recommendations for surface preparation and appropriate DFT. PERFORMANCE DATA ON DRY-FALL SYSTEM #2: 475R Series Polyamine Epoxy Primer 68R Series Aliphatic Urethane Topcoat QUV/Weatherability Data A set of panels was exposed to 144 hours QUV followed by 24 hours of salt fog, process was then repeated for a total of 10 cycles. Method: ASTM D 5894 Test Method for Cyclic Weathering Results: No Micro cracks or loss of adhesion, color shift < 0.15 delta E Salt Spray Salt Fog Data A set of panels were exposed in a salt spray cabinet operated according to ASTM B 117 Practice for Operating Salt Spray (Fog) Apparatus for 2000 hours. Panels were rinsed and dried of salt fog solution and evaluated according to ASTM D 714 Test Method for Evaluating Degree of Blistering of Paints and by examination of the scribed X. Results: No blistering in Primer or Topcoat Stages. No creepage from the scribe. Adhesion Data Method: Elcometer (ASTM D 4541 Test Method for Pull-Off Strength of Coatings Using Portable Adhesion Testers) Results: > 1400 psi. The primary mode of failure is inter-coat adhesion. Method: Cross Hatch/ Tape Test (ASTM D 3359-A Test Methods for Measuring Adhesion by Tape Test) Results: 5A no loss of adhesion * Panels were prepared per manufacturer s recommendations for surface preparation and appropriate DFT. HIGHLAND INTERNATIONAL