Portfolio

Work & Transformations

Every slab tells a geological story of moisture, settlement, and wear. We engineer monolithic concrete restorations and industrial-grade polymer finishes designed to endure decades of extreme coastal exposure, heavy vehicular loads, and chemical contact.

850k+ Square Feet Transformed
15-Year Written Adhesion Warranty
100% In-House Master Supervision
CSLB #1084920 Licensed, Bonded & Insured
Case Study

Same space.
Entirely new surface.

Drag the interactive divider to inspect mechanical profiling, crack fusion, moisture vapor remediation, and the multi-layer graphite polyaspartic finish on this private collector garage slab.

After: Completed graphite polyaspartic flake system Before: Spalled, oil-saturated concrete garage floor with micro-fractures Before: Spalled Concrete Slab After: Polyaspartic System
Collector Vehicle Garage · San Luis Obispo, CA · Full Polyaspartic Flake Broadcast Execution Timeline: 24 Hours to Full Vehicular Return
Initial Diagnostics Severe Spalling & Oil Contamination

High internal hydrostatic pressure (MVER 8.4 lbs/1,000 sq ft), deep hydrocarbon oil saturation, surface spalling, and hairline seismic cracks.

Mechanical Preparation Planetary Diamond Grinding (CSP 3)

Triple-head 20-grit metal bond diamond grinding opened substrate capillaries. HEPA dustless pulse capture maintained a clean site environment.

Crack Repair Low-Viscosity Polyurea Fusion

Control joints and fractures routed and flood-filled with rapid-curing structural polyurea elastomer, diamond ground flush with the slab plane.

Topcoat & Protection High-Build Aliphatic Polyaspartic

100% solids epoxy moisture vapor barrier, dense graphite vinyl broadcast, and dual coats of non-yellowing polyaspartic with anti-slip traction.

Case Studies

Featured Case Studies

From coastal oceanfront residences exposed to salt mist to high-volume winery production floors handling corrosive acids, explore our executed projects across California’s Central Coast.

Montecito Oceanfront Estate Polished Concrete Polished Concrete
Montecito, CA · 6,200 sq ft

Oceanfront Residence & Gallery Wing

Diamond-honed existing structural slab to 1,500-grit semi-gloss finish. Deeply densified with colloidal lithium silicate to permanently lock free lime and resist Pacific salt air erosion while exposing refined salt-and-pepper aggregate.

Substrate: 4,000 PSI Monolithic Slab Finish: Class B Aggregate · 1,500-Grit Honed Protection: Oleophobic Breathable Micro-Guard Warranty: Lifetime Substrate Densification
Paso Robles Winery Production Floor Polyaspartic Flake
Paso Robles, CA · 4,800 sq ft

Terra Alta Cellar & Fermentation Hall

Engineered a seamless chemical-resistant resin floor built to withstand continuous washdowns, tartaric wine acids, and forklift impact. Installed monolithic 4-inch radius cove base to eliminate bacteria seams along perimeter walls.

Substrate: Acid-Etched Industrial Concrete Chemistry: 100% Solids MVER Barrier + Polyaspartic Slip Resistance: R12 Wet-Safety Textured Aggregate Performance: Resists Wine Acids & Forklift Traffic
Collector Vehicle Aviation Hangar High-Build Epoxy
San Luis Obispo Airport · 5,500 sq ft

Private Aircraft Hangar & Collector Garage

Applied seamless mirror-luster high-build 100% solids epoxy matrix topped with clear polyurethane shield. Engineered specifically to eliminate hot-tire plasticizer migration and resist aviation fluids, Skydrol, and oil drips.

Substrate: Heavy Vehicle Concrete Pad Build: 35-Mil High-Build Monolithic Resin Resistance: Skydrol, Aviation Fluids, Zero Hot-Tire Pickup Reflectivity: 85% Light Reflectance Coefficient
Pismo Beach Coastal Pool Deck Pool Deck Resurfacing
Pismo Beach, CA · 3,100 sq ft

Coastal Resort Pool & Spa Terraces

Repaired severely spalled, chlorine-damaged concrete flatwork with cool-touch modified polymer overlay. Engineered with thermal-reflective quartz pigments that reduce surface temperatures by up to 25°F under intense California sun.

Substrate: Spalled Chlorinated Concrete Technology: Thermal-Reflective Polymer Quartz Safety: Barefoot Non-Skid Micro-Texture Durability: 100% Saltwater & UV Proof
Edna Valley Architectural Tasting Pavilion Stained Concrete
Edna Valley, CA · 2,400 sq ft

Vineyard Pavilion & Tasting Salon

Developed custom metallic-salt acid stain formulations that reacted directly with the concrete paste, producing translucent mottled walnut and warm bronze patinas with permanent depth, protected by a satin polyaspartic shield.

Substrate: Troweled Interior Flatwork Reaction: Dual-Pass Metallic Salt Acid Etch Protective Coat: Satin Aliphatic Polyaspartic Maintenance: Neutral pH Damp Mopping Only
Montecito Hillside Terraces Deck Waterproofing Deck Waterproofing
Montecito, CA · 1,850 sq ft

Hillside Cantilever Terraces & Roof Balconies

Reconstructed compromised balcony waterproofing across ocean-facing cantilevered decks. Installed seamless woven fiberglass matting bonded with flexible elastomeric acrylic resin and non-skid architectural aggregate.

Substrate: Plywood Structural Subfloor Membrane: Continuous Multi-Layer Fiberglass Mat Rating: Class A Fire-Rated & ICC-ES Compliant Protection: 100% Monolithic Waterproof Barrier
Standards

Preparation Standards

Coating failures occur when surface preparation is compromised. We spend 75% of our installation timeline below the visible surface, ensuring molecular adhesion.

01

In-Situ Moisture Testing (ASTM F2170)

We drill digital relative humidity (RH) probes into the concrete core to calculate vapor emissions before specifying any polymer system.

  • Electronic core probe moisture analysis
  • Calibrated Mohs mineral scratch hardness test
  • Guards against sub-slab hydrostatic blister failure
02

Planetary Diamond Grinding (CSP 2–3)

Zero chemical or acid washing. We use 800lb heavy planetary diamond grinders to mechanically profile the slab and open concrete pores.

  • Mechanical profile standard CSP 2–3 achieved
  • Triple-stage HEPA dustless continuous suction
  • Removes laitance, grease, sealers, and weak paste
03

Polyurea Joint & Fracture Fusion

Cracks and spalls are mechanically chased with V-groove diamond blades and welded with rapid-setting elastomeric structural polyurea.

  • Elastic expansion allows natural slab thermal movement
  • Diamond profiled perfectly flush with the slab plane
  • Eliminates reflective cracking through the top surface