About us
Our Vision
"To be recognized as a leading flooring solutions provider known for innovation, excellence, and customer satisfaction across industries."
"Floor craft Engineers is a professionally managed flooring solutions company committed to delivering high-performance, durable, and cost-effective flooring systems for industrial, commercial, and institutional environments."
Engineering Excellence in High-Performance Industrial Flooring
Founded with a commitment to advancing industrial surface infrastructure across India, Floor Craft Engineers is a specialized engineering firm delivering end-to-end flooring and protective coating solutions. We specialize in heavy-duty epoxy coatings, polyurethane (PU) concrete systems, electrostatic discharge (ESD) protection, and concrete densification. Over the past 15 years, our technical team has successfully executed more than 500 large-scale industrial, commercial, and institutional projects—transforming critical facility floors into highly durable, compliant, and low-maintenance operational assets.
Our Origins & Technical Expertise
Floor Craft Engineers was established to address a critical industry gap: premature flooring failure caused by improper substrate preparation, substandard chemical selection, and non-compliant installation methods. Recognizing that an industrial floor directly affects facility safety, hygienic compliance, and operational efficiency, we built our foundation on chemical engineering precision and rigorous quality management.
Our core expertise spans demanding industrial sectors, including pharmaceuticals, cleanrooms, automotive manufacturing, food and dairy processing, cold storage, warehousing, and electronics manufacturing. Whether engineering a high-impact PU concrete screed to handle severe thermal shock in a food processing unit, or installing an ESD-safe seamless floor for a semiconductor assembly line, we align every coating specification with the facility's exact operational requirements.
Quality Management & Industrial Standards Compliance
At Floor Craft Engineers, quality assurance is integrated into every phase of our service delivery. We partner exclusively with certified, global chemical suppliers to source raw resins, hardeners, and aggregate systems that meet strict international physical and environmental criteria.
Our flooring systems comply with critical regulatory and industrial mandates:
GMP & WHO Compliance: Seamless, anti-microbial, and non-porous floor solutions optimized for pharmaceutical plants and sterile cleanrooms.
HACCP & Food Safety Standards: Non-toxic, thermal-shock-resistant, and chemically inert PU concrete systems tailored for food manufacturing and dairy processing facilities.
Safety & Structural Integrity: Surface profiles engineered for superior slip resistance (R-ratings), impact resilience, tensile strength, and static charge dissipation.
Our process in FIVE easy steps
1
Site Inspection & Analysis – Understanding substrate condition and usage requirements.
2
Customized Solution Design – Selecting the right materials and system.
3
Surface Preparation – Mechanical grinding, shot blasting, or scarifying
4
Application & Execution – Skilled workmanship using industry-standard practices.
5
Quality Check & Handover – Ensuring durability and performance standards
.
Our Commitment
"At Floor craft Engineers, we are dedicated to delivering flooring solutions that stand the test of time.
Our focus is not just on completing projects, but on building long-term relationships with clients through trust, quality, and reliability."
Our Leadership & Engineering Team
Our operations are led by experienced civil engineers, polymer technology specialists, and certified field technicians. Unlike general painting or civil contractors, our team brings specialized technical knowledge in concrete moisture testing, surface profile preparation (CSP standards), chemical curing timelines, and non-destructive bond strength testing.
Every project is supervised by a dedicated site engineering team that monitors ambient humidity, substrate moisture content, and dew point variables during application—ensuring maximum adhesion and eliminating long-term risks such as delamination, blistering, or pinholing.