Vinyl Flooring by iChem: A Comprehensive Engineering Guide for Selection, Application, and Installation

Vinyl flooring has become one of the most advanced and reliable finishing systems in modern construction due to its durability, ease of maintenance, and aesthetic versatility.
In this guide, iChem provides a complete engineering overview to support engineers, consultants, and project managers in understanding the performance characteristics, applications, and installation requirements of high-quality vinyl flooring systems.

What Is Vinyl Flooring? – Technical Definition and Key Applications

Vinyl Flooring is a multilayered system manufactured from enhanced PVC materials designed to deliver a stable, scratch-resistant, and easy-to-clean surface that remains dimensionally stable under thermal expansion and contraction.

It is commonly used in:

• Hospitals and medical facilities

• Schools and universities

• Administrative buildings

• Hotels and commercial spaces

• Industrial areas and high-traffic zones

Engineering Advantages of iChem Vinyl Flooring

1. High Resistance to Traffic and Abrasion

The non-porous surface provides superior scratch resistance and long-term stability without curling or cracking.

2. Effective Moisture Protection

Its dense structure prevents water absorption and protects the underlying concrete substrate.

3. Wide Range of Finishes

Available in wood, stone, and modern industrial finishes to suit various interior design requirements.

4. Fast Installation and Reduced Downtime

Vinyl systems enable rapid execution over large areas—ideal for projects requiring quick turnover.

How to Choose Vinyl Flooring | Engineering Criteria for Selecting the Right System

Selecting the appropriate vinyl flooring depends on several technical factors:

1. Traffic Load and Movement Levels

High-traffic areas require thicker wear layers (2–3 mm or more), while residential spaces can use thinner layers.

2. Substrate Condition

Ensure the substrate is:

• Level and smooth

• Free from moisture

• Structurally sound

• Properly treated around expansion joints

3. Slip Resistance

Choose the appropriate slip-rating (e.g., R9 or R10) based on the operational environment.

4. Design & Aesthetic Requirements

Select between wooden, stone, or industrial patterns depending on the architectural theme.

How to Install Vinyl Flooring | Engineering Installation Steps

1. Surface Preparation

• Remove dust, weak layers, or contaminants

• Check moisture levels

• Apply a self-levelling compound if needed

2. Application of the Adhesive

Use an approved adhesive compatible with the vinyl system for full, uniform bonding.

3. Laying the Vinyl

Install planks or tiles according to the design layout and apply a roller to eliminate voids.

4. Edge and Corner Finishing

Use PVC accessories to ensure clean edges and protected perimeters.

Top Practical Applications of iChem Vinyl Flooring

• Operating rooms and sterilization units

• University laboratories and research facilities

• Retail spaces and showrooms

• Corporate offices and open-space workplaces

All systems are engineered to meet performance standards and ensure long service life.

Why Professionals Trust iChem’s Vinyl Flooring Systems

• Over 10 years of engineering expertise

• Products developed according to international performance standards

• Ready-to-deploy solutions for major projects

• Technical support before, during, and after installation

• Compliance with engineering and quality specifications

Need Vinyl Flooring for Your Next Project?

The engineering team at iChem is ready to support you with system selection, technical specifications, and project-based recommendations.

📞 Contact us now: 01032664481
For a free technical consultation or a tailored quotation