Flooring for the mechanical industry and automotive sector: durability, precision and operational continuity
In the mechanical and automotive sectors, flooring is not just a surface: it is a strategic element for ensuring efficiency, safety, quality and operational continuity. Production facilities, assembly lines, testing areas and warehouses require high-performance solutions capable of withstanding heavy loads, impacts and abrasion, exposure to oils, lubricants and coolants, as well as continuous traffic from forklifts and AGV/AMR systems, while maintaining proper flatness, surface regularity and ease of cleaning.
RINOL resin systems for the mechanical and automotive industries meet these requirements with specifically engineered systems designed to deliver durability, chemical and mechanical resistance, and area-specific finishes (smooth, anti-slip, conductive/ESD or integrated zone marking where required). This helps reduce downtime and long-term maintenance costs.
Why choose RINOL flooring for the mechanical and automotive industries?
- Resistance to loads and mechanical stress. Our systems are designed to withstand high point loads, impacts and abrasion caused by heavy machinery, racking systems and continuous forklift and AGV traffic.
- Protection against oils and chemicals. Non-porous surfaces resistant to hydraulic oils, cooling lubricants, light solvents and industrial detergents. This prevents permanent staining and reduces the risk of slipping.
- Flatness and continuity. Highly level and uniform surfaces, ideal for automated production lines, robotic systems and autonomous vehicles, where vibrations or irregularities can compromise precision.
- Calibrated anti-slip performance. Anti-slip solutions tailored to each area: higher grip in washing and maintenance zones, smoother finishes in assembly and logistics departments.
- ESD and ATEX options. For electronics departments or hazardous areas, RINOL offers dissipative/conductive systems and ATEX-certified coatings that ensure protection against electrostatic discharge and explosion risks.
- Durability and reduced maintenance. Resistant and easy-to-clean surfaces lower operating costs and minimise downtime. In the event of localised damage, rapid repairs can be carried out without affecting the entire facility.
- Integrated signage and colour coding. Pedestrian areas, forklift lanes, safety zones and buffer areas can be incorporated directly into the system, without additional films or post-applied paints that may wear quickly.
Most commonly used application systems
- Multilayer systems: high mechanical and chemical resistance with adjustable anti-slip performance.
- Self-levelling epoxy systems: ideal for areas where flatness and continuity are essential, such as automated and robotic lines.
- Technical coatings: faster, lighter solutions suitable for dustproof and oil-resistant treatments on sound concrete substrates.
- Conductive systems: area-specific solutions including anti-slip finishes and, where required by the process, conductive/ESD systems for electrostatic charge control.
Main areas of application
- Mechanical workshops and metalworking. Require oil-resistant, chip- and abrasion-resistant surfaces with calibrated anti-slip finishes to ensure operator safety.
- Automotive manufacturing plants. Assembly, testing and internal logistics areas require flat, durable and easy-to-maintain surfaces with integrated markings to ensure order and efficiency.
- Vehicle maintenance and testing areas. Flooring resistant to oils and automotive fluids, featuring anti-slip, impact- and shock-resistant properties.
- Electronics and mechatronics departments. Require ESD flooring (dissipative/conductive) to protect sensitive components and prevent electrostatic discharge damage.
- Warehouses and logistics areas. Solutions resistant to heavy forklift and reach truck traffic and high racking systems, with dustproof finishes and integrated safety markings.
our System
RINOL ALLROUNDER EP
RINOL STANDARD
RINOL CRETE STANDARD
RINOL CONDUCTIVE
Frequently asked questions
Which factors should be considered when selecting flooring for the mechanical and automotive industries?
Key factors include the type of activity performed, exposure to oils and chemicals, intensity and type of traffic (forklifts, AGVs, heavy loads), flatness requirements, ESD or ATEX specifications, and ease of maintenance.
How long does installation of RINOL flooring take?
Installation time depends on substrate condition, surface size, selected system and curing times. Each project is carefully planned to minimise production downtime.
Can RINOL systems be applied over existing worn floors?
Yes, provided the substrate is properly prepared (grinding/shot blasting, crack and joint repair, moisture verification). Proper preparation is essential to ensure adhesion and long-term durability.
Do RINOL automotive floors require extensive maintenance?
No, they require only standard cleaning procedures. In case of localised wear or damage, targeted repairs can be carried out without compromising overall operations.
Are anti-slip and ESD solutions available?
Absolutely. RINOL systems can be calibrated with different aggregate sizes to enhance slip resistance and can be integrated with dissipative or conductive systems for ESD protection.