CHIPSY Factory
Food Processing EPOXY WALL OUBOR

CHIPSY Factory

New production line & storage zones. Engineered for extreme thermal shock resistance.

Client
CHIPSY
Area
1,500 S.M
Location
OUBOR
System
EPOXY WALL
Finish
C1L1 / R7012
Material Partner
BODO MOLLER
Interactive Transformation Visualizer

Before & After Transformation

Drag the slider handle left and right to inspect the exact substrate condition before treatment versus the final engineered handover. Click either badge to view full screen.

After Installation - CHIPSY Factory After • Final Handover
Before Installation - CHIPSY Factory Before • Original State
The Problem • Substrate Deficiencies

Before Floor In Intervention

The existing floor showed significant wear from thermal cycling and chemical exposure, compromising hygiene standards and operational efficiency.

The Outcome • Certified Handover

Engineered Floor Perfection

The completed installation delivers exceptional performance under extreme conditions. Zero thermal cracks after 12 months, 99.9% bacteria resistance, and 40% improvement in cleaning efficiency.

100%
HACCP Compliant
25 Years
Warranty Period
Execution Methodology

5-Stage Engineering Protocol

Floor In adheres to strict ASTM substrate profiling, moisture barrier application, and conductive grounding protocols on every job site. Click any photo to view in full resolution.

01 Phase 01 of 05

SURFACE PREPARATION

Surface preparation is one of the most important factors for the success of any epoxy floor system. Floor In uses the best and latest diamond grinding machines to achieve proper surface profile according to ICRI standards, ensuring maximum adhesion and system performance.

Certified Engineering Inspection Passed
02 Phase 02 of 05

MOISTURE LEVEL

Surface moisture is measured before implementation using calibrated electronic hygrometers and ASTM F2170 compliance testing. For polyurethane systems, moisture levels must not exceed 4% to ensure proper curing and long-term adhesion. All readings are documented and verified.

Certified Engineering Inspection Passed
03 Phase 03 of 05

PRIMER APPLICATION

A specialized moisture-barrier epoxy primer was applied at 250 microns to strengthen the bond between concrete and the polyurethane system. The primer penetrates deeply into the substrate, creating a monolithic connection that prevents delamination under thermal stress and heavy loads.

Certified Engineering Inspection Passed
04 Phase 04 of 05

LEVELING & REPAIR

Epoxy-based leveling compound was applied to correct surface irregularities and fill expansion joints. This critical step ensures a perfectly flat substrate for the polyurethane coating, eliminating potential weak points and guaranteeing uniform thickness across the entire 12,000 sqm installation.

Certified Engineering Inspection Passed
05 Phase 05 of 05

FINISHING COAT

The final 6mm U-Crete polyurethane concrete layer was applied with integrated antimicrobial additives in industrial gold color. The system was enhanced with slip-resistant aggregates in wet zones while maintaining easy-clean properties. HACCP-certified for food contact surfaces.

Certified Engineering Inspection Passed
Turnkey Flooring Engineering

Planning a Similar Industrial Flooring Project?

Our certified engineering consultants evaluate your substrate, measure ambient moisture, and engineer the optimal chemical-resistant epoxy or polyurethane system.