Slide 1: Sikalastic PUMA Traffic Systems: Sikalastic 2850/2900
SIKALASTIC PUMA TRAFFIC SYSTEMS SIKALASTIC 2850/2900
Slide 2: Agenda
AGENDA 01 Introduction to 2850FS,2900FS and MMA Chemistry 02 Surface Preparation / Detailing Mixing Processes / Installation Tools 03 04 Installation Techniques 2 2 INTERNAL
Slide 3: Sikalastic PUMA Traffic Systems
SIKALASTIC PUMA TRAFFIC SYSTEMS Exceptional protection for traffic decks requiring superior long- term durability in challenging conditions Sikalastic 2850 & Sikalastic 2900 3 3 INTERNAL
Slide 4: Project Challenges of Vehicular Traffic Bearing Areas
PROJECT CHALLENGES OF VEHICULAR TRAFFIC BEARING AREAS ▪ Aggresive wear areas ▪ Return to service ▪ Minimize project down time ▪ Reduce revenue loss ▪ Wide temperature application ▪ Reduce impact of project seasonality ▪ Sustainability ▪ Ensure longer lasting solutions ▪ Reduce installation complexit
Slide 5: PUMA Traffic Systems: Common Areas of Aggressive Wear
PUMA TRAFFIC SYSTEMS Common areas of aggressive wear ▪ Entrance and Exit ramps ▪ Helixes ▪ Ticket Spitter areas ▪ High turn radiuses ▪ Snow plowed decks ▪ Loading docks ▪ Utility rooms 5 INTERNAL
Slide 6: Introduction to MMA: History
Introduction to MMA History Waterproofing Polymer concretes membranes First world-class MMA plant goes on line Rapid curing crack sealers 1930 1940 1950 1960 1970 1980 1990 2000 Reactive resins developed for road marking, SRS industrial flooring Introduced • Thin polymer overlays Plexiglas (PMMA) in
Slide 7: Introduction to MMA: Systems
Introduction to MMA Systems ▪ Polymer Concrete ▪ Crack Sealer ▪ Flooring Systems ▪ Traffic Bearing Membranes 7 7 INTERNAL
Slide 8: Introduction to MMA: Chemistry
Introduction to MMA Chemistry Powder Hardener (Dibenzoyl Peroxide) BPO ▪ One hardener for all materials °F °C Sikalastic P Sikalastic Traffic 2900 Mix Chart Sikalastic Sikalastic M Sikalastic TC Sikalastic TC 280FS with P281FS with 290FS 297FS 299FS ▪ Amounts based on substrate temperature Sikalasti
Slide 9: Introduction to MMA: Pot Life
Introduction to MMA Chemistry POT LIFE 100 90 % Polymerization or viscosity 80 End of 70 polymerization 60 50 40 30 20 Start of 10 polymerization 0 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 Time 9 INTERNAL
Slide 10: The Effect of Paraffin in MMA Resins
Introduction to MMA Chemistry THE EFFECT OF PARAFFIN IN MMA RESINS •O-O• •O-O• •O-O• •O-O• •O-O• •O-O• •O-O• Paraffin-film •O-O• •O-O• •O-O• •O-O••O-O• •O-O• •O-O• Topcoat Coating Primer Concrete A Paraffin-film on top of every applied layer is essential to prevent redissolving of aerial oxygen into
Slide 11: Curing Process
Curing Process Chemistry ▪ Epoxies and polyurethanes cure via a cross-linking mechanism ▪ Long polymer chains are formed first ▪ A secondary reaction links the polymer chains together ▪ The more cross linking, the more chemical resistant and brittle 11 INTERNAL
Slide 12: Curing Process
Curing Process Chemistry ▪ MMA monomers are catalyzed using dibenzoyl peroxide (BPO) ▪ The BPO “activates” the MMA molecules ▪ Once “activated”, they seek their nearest neighbors and immediately polymerize 12 INTERNAL
Slide 13: Introduction to MMA: Chemistry
Introduction to MMA Chemistry •Chemical Bonding between coats means no bond lines. 13 13 INTERNAL
Slide 14: Introduction to MMA: Odor and Flammability
Introduction to MMA Chemistry ▪ Odor ▪ Methyl Methacrylates (MMA), as supplied, have a pungent odor ▪ The odor threshold is very low – only 83 ppb ▪ The odor is only present during curing process and is not harmful ▪ Flammability: ▪ Flash Point of 50°F (10°C) ▪ No open flames ▪ No smoking! ▪ Proper
Slide 15: Safety Considerations & Odor Management
SAFETY CONSIDERATIONS & ODOR MANAGEMENT ▪ PPE: ▪ OSHA lists allowable MMA concentrations: ▪ TWA, STEL, etc ▪ Organic respirators required if levels are exceeded ▪ Engineering Controls: ▪ High volume fans and tubing to evacuate work area ▪ Plastic sheeting enclosures ▪ Must be cognizant of air intake
Slide 16: Safety Considerations & Odor Management
SAFETY CONSIDERATIONS & ODOR MANAGEMENT 16 INTERNAL
Slide 17: Safety Considerations & Odor Management
SAFETY CONSIDERATIONS & ODOR MANAGEMENT ▪ Contractors Role: ▪ Have a documented safety plan with SDS’s ▪ Have crew fit tested and organic respirators on site ▪ Have a portable gas detection meter with MMA tubes ▪ Ensure workers can effectively discuss safety if needed ▪ Have the owner post signage a
Slide 18: Sikalastic PUMA Traffic Systems
SIKALASTIC PUMA TRAFFIC SYSTEMS Exceptional protection for traffic decks requiring superior long- term durability in challenging conditions Sikalastic 2850 & Sikalastic 2900 18 18 INTERNAL
Slide 19: Sikalastic PUMA Traffic Systems and
SIKALASTIC PUMA TRAFFIC SYSTEMS and 19 INTERNAL
Slide 20: Sikalastic 2850 & 2900 Surface Preparation
Sikalastic 2850 & 2900 Surface Preparation ▪ Concrete Repair ▪ Mechanical Preparation ▪ Joints and Cracks ▪ Terminations 20 INTERNAL
Slide 21: Concrete Repair
Sikalatic 2850 & 2900 Concrete Repair Condition Assessment 21 INTERNAL
Slide 22: Concrete Repair
Sikalastic 2850 & 2900 Concrete Repair Cementitious ▪ SikaEmaco T 1060 Repair Mortar ▪ SikaEmaco T 1061 Repair Mortar ▪ SikaQuick -1000 MMA ▪ SikaEmaco -6000 22 INTERNAL
Slide 23: Concrete Repair: Cementitious
Sikalastic 2850 & 2900 Concrete Repair ▪ Cementitious ▪ Square cut edges with concrete saw ▪ 1/2” minimum in depth ▪ Avoid featheredges (no gypsum-based levelers) ▪ Keep patches square or rectangular shaped 23 INTERNAL
Slide 24: Concrete Repair: SikaEmaco 6000
Sikalastic 2900 Concrete Repair ▪ SikaEmaco -6000 ▪ 15 -20-minute working time ▪ Requires Primer ▪ 2-part Liquid and Powder component ▪ BPO/Initiator is in the powder ▪ Must be primed ▪ Chemical bond between coating and repair ▪ Re-coat 1 hour ▪ 1/8” to full depth 24 24 INTERNAL
Slide 25: Concrete Repair: SikaEmaco 6000
22.04.2025 Sikalastic 2900 Concrete Repair SikaEmaco -6000 25 25 INTERNAL
Slide 26: Surface Profile
Sikalatic 2850 & 2900 Surface Profile CSP Standards From CSP-3 to CSP-5 ▪ Refer to the ICRI Guideline 310.2R-2013. International concrete repair institute ▪ Selecting and specifying concrete surface preparation for sealers, coatings, and polymer overlays. ▪ Website: www.icri.org ▪ CSP Profile chips
Slide 27: Shot Blast / Grinding
Sikalastic 2850 & 2900 Shot Blast / Grinding ▪ Ride on Shot-blaster ▪ Always remove excess shot from substrate surface 27 INTERNAL
Slide 28: Shot Blast / Grinding
Sikalastic 2850 & 2900 Shot Blast / Grinding Areas inaccessible to shot blasting must be prepared by: ▪ Grinding ▪ Needle gun ▪ Sand blasting 28 INTERNAL
Slide 29: Detailing: Cracks and Joints
Sikalastic 2850 & 2900 Detailing Cracks and Joints ▪ Always tool sealant flush with surface ▪ Sikaflex NP2/SL2 ▪ Sikalastic M 290 FS – 2900 only ▪ Sikalastic P 280FS/908FS needed 29 INTERNAL
Slide 30: Detailing: Cracks and Joints
Sikalastic 2900 Detailing Cracks and Joints ▪ Always receive stripe coat ▪ Must Prime with Sikalastic P 280FS/908FS ▪ 25 mils WFT of M 290FS Basecoat ▪ Typically, 4” wide Stripe coat ▪ Non-moving joints and cracks > 1/16” require routing to a minimum ¼” by ¼” 30 INTERNAL
Slide 31: Sikalastic 2850 - System Components
SIKALASTIC 2850 - SYSTEM COMPONENTS Sikalastic 2850 ▪ Sikalastic M 270 NP – Primerless Basecoat (polyurethane) ▪ Incorporates Part A + Part B ▪ Sikalastic TC 275 – Intermediate Coat (polyurethane) ▪ Incorporates Part A + Part B ▪ Sikalastic TC 299FS – Top Coat (methyl methacrylate - MMA) ▪ Incorpora
Slide 32: Sikalastic 2850 – Application Steps
SIKALASTIC 2850 – APPLICATION STEPS Step 4 Step 3 Sikalastic TC 299FS Sikalastic TC275 Step 2 Sikalastic M270 • mix & apply • mix & apply Sikalastic TC Sikalastic TC 275 299FS Step 1 20 wet • Step 1 mils/80 • 20 wet mils/80 • mix & apply Step 1 Step 1 Sikalastic M 270 ft2/gal ft2/gal Shot blast NP •
Slide 33: Sikalastic 2850 Installation: Basecoat
Sikalastic 2850 Installation Basecoat Sikalastic M 270 NP ▪ Appx 20-minute working time ▪ 25 wet mils / 60 sq.ft./gal. ▪ 3 – 4 hr cure ▪ Notched Squeegee and Backroll 33 33 INTERNAL
Slide 34: Sikalastic 2850 Installation: Wear Coat
Sikalastic 2850 Installation Wear Coat Sikalastic TC 275 ▪ Appx 20-minute working time ▪ 20 wet mils / 80 sq.ft./gal. ▪ Notch Squeegee and Backroll to aggregate to refusal 34 34 INTERNAL
Slide 35: Sikalastic 2850 Installation: Topcoat
Sikalastic 2850 Installation Topcoat Sikalastic TC 299FS ▪ 10 -15-minute working time ▪ 20 mils - 80 sqft/gal. ▪ Roller Applied, or notched squeegee, and backroll ▪ 45-60 Minute cure ▪ Open for traffic 2 hours after topcoat has cured 35 35 INTERNAL
Slide 36: Technical Data Guide
TECHNICAL DATA GUIDE 36 INTERNAL
Slide 37: Sikalastic 2900 - System Components
SIKALASTIC 2900 - SYSTEM COMPONENTS Sikalastic 2900 ▪ Sikalastic P 280FS or P 281FS – Primer (methyl methacrylate - MMA) ▪ + Sikalastic 908 & incorporates Sikalastic 918FS hardener ▪ Sikalastic M 290FS – Basecoat (Hybrid MMA/Polyurethane) ▪ + Sikalastic 918FS hardener ▪ Sikalastic TC 297FS – Interme
Slide 38: Sikalastic 2900 Installation: Mixing and Installation Tools
Sikalastic 2900 Installation Mixing Tools Installation Tools Jiffy, Shear mixing blades Measuring by volume Notched Squeegee Surface thermometer 38 38 INTERNAL
Slide 39: Sikalastic 2900 Installation: Bond Tests
Sikalastic 2900 Installation System Installation Bond Tests ▪ Sand and resin Mix ▪ Pre-Priming ▪ Sand sieve size ▪ 4-5 parts sand ▪ Placed every 500 –1,000 sq.ft. ▪ Locate in strategic locations 39 39 INTERNAL
Slide 40: Sikalastic 2900 – Application Steps
SIKALASTIC 2900 – APPLICATION STEPS Step 5 Step 4 Step 3 • Apply Sikalastic • Apply Sikalastic • Apply Sikalastic TC 299FS TC 297FS Step 2 M 290FS • 20 wet mils/80 • 20 wet mils/80 Step 1 ft2/gal • 50 wet mils/32 Step 1 • Apply Sikalastic P ft2/gal ft2/gal Step 1 280FS1 Step • Allow to cure • Allow
Slide 41: Sikalastic 2900 Installation: Priming
Sikalastic 2900 Installation Priming Sikalastic P 280FS/908FS Additive or P 281FS/908 Additive + appropriate amount of Sikalastic 918FS ▪ 10 -15 minute working time ▪ 45 min – 1 hr cure Sikalastic Traffic 2900 Mix Chart ▪ Always use 908FS additive °F °C Sikalastic P 280FS with Sikalastic Sikalastic
Slide 42: Sikalastic 2900 Installation: Basecoat
Sikalastic 2900 Installation Basecoat Sikalastic M 290FS ▪ 10 -15 minute working time ▪ 50 mils / 32 sqft/gal. ▪ 1 – 1.5 hr. cure ▪ Use notched Squeegee application ▪ Easy to Mix and place ▪ Backroll only if necessary ▪ Do not walk in material with spikes Waterproofing innovation that does more with
Slide 43: Sikalastic 2900 Installation: Intermediate Coat
Sikalastic 2900 Installation Wear – Intermediate Coat Sikalastic TC 297FS ▪ 10 -15 minute working time ▪ 20 mils - 80 sq.ft./gal. ▪ 45 min – 1 hr cure ▪ Roller Applied, or Notched Squeegee / Back-Roll 43 43 INTERNAL
Slide 44: Sikalastic 2900 Installation: Topcoat
Sikalastic 2900 Installation Topcoat Sikalastic TC 299FS ▪ 10 -15 minute working time ▪ 20 mils - 80 sq ft/gal. ▪ 45 min – 1 hr. cure ▪ Roller Applied, or notched squeegee, and Back-Roll 44 44 INTERNAL
Slide 45: Technical Data Guide
TECHNICAL DATA GUIDE 45 INTERNAL
Slide 46: Project Turnaround Timelines
PROJECT TURNAROUND TIMELINES Sikalastic 2500 Sikalastic 2850 Sikalastic 2900 ▪ 5 hours primerless basecoat ▪ 4.5 hours primerless basecoat ▪ 1 hour primer ▪ 5 hours intermediate coat ▪ 4.5 hours intermediate coat ▪ 1 hour basecoat ▪ 5 hours topcoat ▪ 1 hour MMA topcoat ▪ 1 hour intermediate coat ▪ 2
Slide 47: Strong UVPs of Sikalastic 2900
STRONG UVPS OF SIKALASTIC 2900 ▪ The layers tell a story ▪ Not all MMAs are equal ▪ Layer/system thickness optimization ▪ Outstanding crackbridging capabilites (based on ASTM C 1305) ▪ Not all competitor pass industry testing ▪ No field added fillers ▪ BPO / Pigment added by volume not weight ▪ Reco
Slide 48: Sikalastic PUMA Traffic Systems (Options)
SIKALASTIC PUMA TRAFFIC SYSTEMS (OPTIONS) Heavy Duty System Extra Heavy Duty System Product Coverage Rate Wet Mils Product Coverage Rate Wet Mils 1 Sikalastic P 280FS Primer 100 ft2/gal 16 1 Sikalastic P 280FS Primer 100 ft2/gal 16 2 Sikalastic M 290FS Basecoat 32 ft2/gal 50 2 Sikalastic M 290FS Bas
Slide 49: Technical Expertise in Sika
TECHNICAL EXPERTISE IN SIKA We have ▪ An understanding of industry needs around traffic coatings ▪ Established technologies that meet and exceed challenges ▪ Innovative research group pushing the boundaries of science ▪ Expert field service team meeting customer challenges ▪ In service projects span
Slide 50: PUMA Systems
PUMA SYSTEMS Muckleshoot Casino Parking Garage, Karp Research Laboratories Sound Transit - Issaquah Park & Ride, Auburn, WA Boston Children’s Hospital, Issaquah, WA Boston MA Sikalastic Traffic 2850 Sikalastic Traffic 2850 ▪ L1 parking garage Sikalastic Traffic 2900 ▪ Top level of garage ▪ 38, 000 f
Slide 51: PUMA Systems
PUMA SYSTEMS 1201 3rd Street, Absolute Towers, 11 Mariner Terrace, Seattle WA Mississauga Ontario Toronto Ontario Sikalastic Traffic 2850 & Sikalastic 2900 Sikalastic Traffic 2900 Sikalastic Traffic 2900 ▪ 2900 - Trash rooms ▪ Parking Garage – Primary Turns, Garbage ▪ Below grade Parking Garage ▪ 28
Slide 52: PUMA Systems
PUMA SYSTEMS Kent Station, WSU Fine Arts Parking Garage Crystal Mall, Seattle WA Pullman, WA Vancouver CA Sikalastic Traffic 2850 Sikalastic Traffic 2900 Sikalastic Traffic 2850 • Parking Garage ▪ Ramp Helixes • Parking Garage ▪ 8,000 ft2 52 INTERNAL
Slide 53: PUMA Systems
PUMA SYSTEMS 1315 Bough Beeches Blvd., 363 Colborne St., Renaissance Hotel Mississauga, Ontario London, Ontario Seatle, WA Sikalastic Traffic 2900 Sikalastic Traffic 2900 & Sikalastic Sikalastic Traffic 2900 ▪ Garbage and move in rooms Traffic 2850 ▪ Garage Entry Ramp ▪ 1,200 ft2 ▪ Critical turn are
Slide 54: Questions
QUESTIONS 54 INTERNAL
Slide 55: Building Trust
BUILDING TRUST