Frequently Asked Questions (FAQ)
10 Reasons Why Choose Weyly
With 23+ years of industry experience, we understand that every factory has different flooring challenges.
Our experience helps us identify risks, recommend suitable systems, and provide practical solutions for demanding industrial environments.
Experience Matters. Technical Knowledge Makes the Difference.
Our experience helps us identify risks, recommend suitable systems, and provide practical solutions for demanding industrial environments.
Experience Matters. Technical Knowledge Makes the Difference.
We don't simply recommend Epoxy or PU because it is a popular product.
We evaluate:
• Substrate & concrete condition
• Traffic and operational loads
• Chemical exposure
• Moisture conditions
• Thermal shock
• Hygiene requirements
• ESD requirements
• Cleaning methods
• Expected service life
We recommend the right system for the right environment.
We evaluate:
• Substrate & concrete condition
• Traffic and operational loads
• Chemical exposure
• Moisture conditions
• Thermal shock
• Hygiene requirements
• ESD requirements
• Cleaning methods
• Expected service life
We recommend the right system for the right environment.
A good flooring system depends on more than materials.
Weyly emphasizes the complete installation process — from site assessment and surface preparation to application, inspection and quality control.
Good Materials + Correct Preparation + Professional Application = Reliable Flooring Performance
Weyly emphasizes the complete installation process — from site assessment and surface preparation to application, inspection and quality control.
Good Materials + Correct Preparation + Professional Application = Reliable Flooring Performance
Weyly provides industrial flooring solutions for demanding sectors including:
Semiconductor & Electronics | Food & Beverage | Pharmaceutical | Medical Device | Automotive | Warehouse & Logistics | Cleanroom | Chemical | General Manufacturing
We understand that every industry has different requirements for durability, hygiene, safety, chemical resistance, ESD control and compliance.
Semiconductor & Electronics | Food & Beverage | Pharmaceutical | Medical Device | Automotive | Warehouse & Logistics | Cleanroom | Chemical | General Manufacturing
We understand that every industry has different requirements for durability, hygiene, safety, chemical resistance, ESD control and compliance.
We believe industrial flooring should not be treated as a one-time construction cost.
Our approach considers:
Inspection → Prevention → Maintenance → Repair → Refurbishment → Lifecycle Management
The objective is to help customers reduce unexpected failures, minimize operational disruption, control maintenance costs and extend flooring service life.
Our approach considers:
Inspection → Prevention → Maintenance → Repair → Refurbishment → Lifecycle Management
The objective is to help customers reduce unexpected failures, minimize operational disruption, control maintenance costs and extend flooring service life.
Weyly provides multiple flooring technologies to meet different industrial requirements, including:
Epoxy Flooring | PU Flooring | PU Screed | ESD Anti-Static Flooring | Chemical-Resistant Flooring | Heavy-Duty Flooring | Hygienic Flooring | Specialized Protective Systems
This allows us to recommend based on the application requirement rather than a single product.
Epoxy Flooring | PU Flooring | PU Screed | ESD Anti-Static Flooring | Chemical-Resistant Flooring | Heavy-Duty Flooring | Hygienic Flooring | Specialized Protective Systems
This allows us to recommend based on the application requirement rather than a single product.
Many flooring failures begin underneath the coating.
Weyly places strong emphasis on proper grinding, shot blasting, cleaning, crack repair, moisture assessment and substrate preparation before installation.
A Strong Floor Starts with a Strong Foundation.
Weyly places strong emphasis on proper grinding, shot blasting, cleaning, crack repair, moisture assessment and substrate preparation before installation.
A Strong Floor Starts with a Strong Foundation.
Industrial flooring is more than applying a coating.
Our approach considers concrete technology, surface preparation, material properties, flooring design, application methods, inspection and long-term performance.
Technical Knowledge Creates Better Flooring Decisions.
Our approach considers concrete technology, surface preparation, material properties, flooring design, application methods, inspection and long-term performance.
Technical Knowledge Creates Better Flooring Decisions.
Every successful flooring project starts with understanding the existing condition.
We evaluate:
Concrete Condition | Moisture | Cracks | Existing Coating | Traffic | Chemical Exposure | Temperature | Operational Requirements
We diagnose before we recommend.
We evaluate:
Concrete Condition | Moisture | Cracks | Existing Coating | Traffic | Chemical Exposure | Temperature | Operational Requirements
We diagnose before we recommend.
Our relationship with customers should not end when the flooring installation is completed.
From consultation and system selection to installation, inspection, maintenance and future upgrading, Weyly aims to support customers throughout the flooring lifecycle.
We Don't Just Complete Projects. We Build Long-Term Partnerships.
From consultation and system selection to installation, inspection, maintenance and future upgrading, Weyly aims to support customers throughout the flooring lifecycle.
We Don't Just Complete Projects. We Build Long-Term Partnerships.
25 Flooring Information
Epoxy flooring is a high-performance resin coating applied over concrete to create a seamless, durable, and hygienic surface. It is widely used in factories, warehouses, hospitals, commercial buildings, and car parks because it protects concrete from wear, moisture, chemicals, and heavy traffic while improving safety and appearance.
Improper surface preparation often leads to premature flooring failure such as peeling, bubbling, cracking, and delamination. This results in higher repair costs, downtime, and shorter floor lifespan. This is why engaging an experienced industrial flooring contractor is essential.
Common causes include poor surface preparation, high moisture content in concrete, incorrect system selection, and poor workmanship. Choosing an experienced epoxy flooring specialist is key to long-term performance.
Epoxy flooring offers excellent durability, seamless finish, chemical resistance, and easy maintenance. It protects concrete from damage, improves cleanliness, enhances safety, and gives a professional appearance, making it a popular choice for factories, warehouses, and commercial buildings.
Typically epoxy flooring lasts between 5 to 10 years, depending on traffic load, quality of surface preparation, system thickness, and maintenance. When installed by an experienced epoxy flooring contractor, the lifespan can be significantly longer.
Typically epoxy flooring lasts between 5 to 10 years, depending on traffic load, quality of surface preparation, system thickness, and maintenance. When installed by an experienced epoxy flooring contractor, the lifespan can be significantly longer.
Epoxy ESD flooring is a specialized epoxy floor coating designed to control and safely dissipate static electricity. It protects sensitive electronic components, equipment, and production processes from electrostatic discharge (ESD), making it essential for electronics factories, electronics manufacturing, semiconductor facilities, cleanrooms, data centres, laboratories, medical device plants, pharmaceutical production areas, testing rooms, and laboratories.
Epoxy ESD flooring provides effective control of static electricity while offering durability, seamless finish, and easy maintenance. It protects sensitive equipment and electronic components from electrostatic discharge while maintaining a clean and professional industrial floor.
A professional ESD flooring contractor will conduct surface resistance testing using specialized equipment and provide test reports. Installation should follow recognized standards such as IEC 61340-5-1, ANSI/ESD S20.20, or project-specific client requirements.
PU flooring (polyurethane flooring) is a high-performance industrial flooring system designed for durability, hygiene, and resistance to extreme conditions. It is commonly used in factories, food processing plants, commercial kitchens, cold rooms, and industrial facilities because it can withstand heavy traffic, chemicals, moisture, and temperature changes.
PU screed flooring is a heavy-duty polyurethane flooring system designed for industrial environments. It combines polyurethane resin, cement, and aggregates to create a highly durable, seamless floor that is resistant to chemicals, moisture, impact, and temperature changes. It is commonly used in food factories, commercial kitchens, processing plants and manufacturing plants.
PU flooring is ideal for food factories because it is resistant to hot water washing, steam cleaning, organic acids, and aggressive cleaning chemicals. It also supports hygiene standards such as HACCP and GMP, which are critical for food and beverage production facilities.
PU ESD flooring is a specialized polyurethane anti-static floor system designed to control electrostatic discharge (ESD). It safely dissipates static electricity to protect sensitive electronic components, equipment, and production processes. It is widely used in electronics factories, semiconductor plants, cleanrooms, and data centres.
Water-based coating is a type of paint or protective coating that uses water as the main carrier instead of solvent. It offers good performance with lower odour, lower toxicity, and reduced environmental impact. Water-based coatings are commonly used for walls, floors, metal surfaces, and industrial applications.
Water-based coatings can be very durable when applied correctly on a properly prepared surface. While heavy-duty environments may still require epoxy or PU systems, water-based coatings are suitable for many commercial and light industrial applications.
Yes. Proper surface preparation is critical for adhesion and durability. The surface must be clean, dry, and free from dust, oil, and loose materials before applying water-based coatings.
Epoxy Vinyl Ester FRP is a high-performance lining system made from vinyl ester resin reinforced with fiberglass (FRP). It is designed to provide exceptional chemical resistance, corrosion protection, and mechanical strength for industrial environments exposed to aggressive chemicals and harsh conditions.
This system is commonly used in chemical plants, wastewater treatment facilities, semiconductor factories, food processing plants, battery plants, pharmaceutical industries, storage tanks, bund areas, trenches, and containment zones where high chemical resistance is required.
Epoxy flooring is harder and provides excellent abrasion resistance, making it suitable for warehouses, showrooms, and commercial areas. PU (polyurethane) flooring is more flexible and resistant to temperature changes, making it ideal for industrial environments such as food factories, cold rooms, and wet processing areas in Malaysia.
Yes, heavy-duty epoxy flooring systems such as epoxy mortar or high-build coatings are designed for warehouses and logistics centres with forklift traffic. Proper system design and thickness are essential for long-term durability.
Epoxy is rigid and may crack if the concrete substrate moves. PU flooring is more flexible and better able to accommodate minor movement. Correct system selection by an experienced flooring contractor is crucial.
Yes. Both systems are seamless and non-porous, making them easy to clean and highly hygienic. This is why epoxy and PU flooring are popular in hospitals, laboratories, and food factories.
Yes. Epoxy flooring can be designed with anti-slip finishes, safety colours, and line markings. This improves workplace safety by reducing slip hazards and improving visibility of walkways, zones, and operational areas.
Surface preparation is the process of preparing the concrete substrate before applying epoxy, PU, or other coating systems. It includes cleaning, mechanical treatment, and repairing the surface to ensure strong adhesion, durability, and long-term performance of the flooring system.
Surface preparation is the most critical factor in flooring success. Poor preparation leads to common failures such as peeling, blistering, delamination, and poor bonding. Proper surface preparation ensures the coating system bonds strongly to the concrete and performs as designed.
The most common methods include diamond grinding, shot blasting, scarifying, and mechanical milling, depending on floor condition and system requirements. These methods help remove laitance, contaminants, and weak concrete while creating the correct surface profile.
Yes, with proper planning. Modern surface preparation equipment with dust collectors allows work to be done with minimal disruption. However, safety controls and area isolation are still important.
30 Epoxy & PU Flooring Solutions
Weyly provides industrial flooring solutions including Epoxy Flooring, PU Flooring, PU Screed, ESD Anti-Static Flooring, chemical-resistant systems, heavy-duty flooring, hygienic flooring, and other specialized protective flooring systems.
We consider traffic load, substrate condition, moisture, chemical exposure, temperature, thermal shock, hygiene requirements, static-control requirements, cleaning methods, operational environment, budget, and expected service life.
Epoxy systems generally provide good mechanical strength, adhesion, durability, and appearance, while selected PU systems can provide greater flexibility and resistance to thermal changes. The correct choice depends on the operating environment.
PU Screed is commonly considered for demanding environments involving hot-water cleaning, thermal shock, moisture, food processing, chemical exposure, and heavy-duty operations.
Flooring requirements differ significantly between semiconductor, electronics, food and beverage, pharmaceutical, medical device, automotive, warehouse, chemical, cleanroom, and general manufacturing environments.
Site assessment is an important part of our approach because the condition of the existing substrate and operating environment can significantly affect flooring performance.
The flooring system relies on the substrate beneath it. Weak concrete, cracks, contamination, excessive moisture, laitance, or poor preparation can contribute to premature flooring failure.
Possibly, but the existing flooring must first be evaluated. Depending on its adhesion and condition, complete removal, localized repair, mechanical preparation, or another treatment may be required.
Cracks should be assessed before installation. The appropriate repair method depends on the crack type, movement, width, depth, and underlying cause.
Surface preparation creates the foundation for proper bonding. Inadequate preparation can contribute to delamination, blistering, peeling, and other premature failures.
Depending on project requirements, methods may include mechanical grinding, shot blasting, removal of existing coatings, crack repair, surface cleaning, and other appropriate preparation procedures.
Installation duration depends on floor area, system type, substrate condition, repair requirements, number of coating layers, curing time, and site accessibility.
Where technically and operationally feasible, projects can be divided into phases or zones to help minimize disruption to production.
There is no single lifespan for every industrial floor. Performance depends on system selection, thickness, substrate condition, traffic, chemical exposure, thermal conditions, installation quality, cleaning practices, and maintenance.
Provided the flooring system is correctly designed for the expected traffic, wheel type, frequency, loading, impact, and operational conditions.
Chemical resistance depends on the specific flooring system and the chemicals involved. Chemical type, concentration, temperature, contact duration, and cleaning procedures must be considered during system selection.
Certain systems, particularly properly specified PU Screed systems, are designed for more demanding thermal environments. Actual suitability depends on operating temperatures and service conditions.
Slip resistance can be incorporated into the flooring design according to the operating area, contamination risks, cleaning requirements, and required surface texture.
We can recommend seamless and hygienic flooring solutions suitable for food-processing environments where cleanability, moisture resistance, thermal resistance, and hygiene are important considerations.
Flooring systems can be designed around requirements such as seamless finishes, cleanability, chemical resistance, hygiene, durability, and the facility's applicable GMP requirements.
Weyly provides ESD and anti-static flooring solutions for environments such as semiconductor, electronics, cleanroom, medical device, and other static-sensitive facilities.
ESD flooring performance can be verified using appropriate resistance testing and inspection procedures according to the project specification and applicable ESD requirements.
Common causes include moisture, inadequate surface preparation, incorrect system selection, weak substrates, contamination, poor application, excessive loading, chemical attack, thermal stress, and insufficient maintenance.
Possible causes include substrate moisture, vapor pressure, contamination, poor surface preparation, insufficient adhesion, application conditions, or incompatibility between the substrate and flooring system.
In many cases, yes. Localized repairs may be possible depending on the extent, severity, cause, and condition of the surrounding flooring.
Weyly can assess flooring condition and recommend preventive maintenance, localized repairs, refurbishment, or replacement strategies based on the condition and operational risk.
Quality starts from substrate assessment and surface preparation, followed by correct system selection, material handling, application control, supervision, inspection, and appropriate performance testing where required.
Warranty terms may be provided according to the specified flooring system, project conditions, substrate condition, operating environment, workmanship scope, and contractual requirements.
A lower initial cost may result in higher repair costs, more production disruption, shorter service life, and repeated replacement. Flooring should be evaluated based on lifecycle value, not installation price alone.
Weyly approaches industrial flooring as an engineered system and long-term operational asset, rather than simply applying a coating. We focus on understanding the substrate, operating environment, performance requirements, correct system selection, professional installation, quality control, and long-term flooring performance.
10 Painting Solutions
Weyly provides professional painting and protective coating solutions for factories, warehouses, commercial buildings, offices, production facilities, and other industrial environments.
Our services can cover both interior and exterior areas depending on project requirements.
Our services can cover both interior and exterior areas depending on project requirements.
Weyly specializes in industrial and commercial environments where proper surface preparation, coating selection, application quality, safety, and durability are important.
We evaluate the substrate condition, exposure environment, operational requirements, expected durability, maintenance requirements, and budget before recommending a suitable coating system.
Proper surface preparation helps remove dirt, dust, loose coatings, contamination, rust, and other defects that may affect coating adhesion and long-term performance.
Warranty terms depend on the coating system, project scope, substrate condition, operating environment, and agreed contract conditions. The applicable warranty will be clearly defined in the project proposal.
Preparation methods depend on the substrate and existing condition.
They may include cleaning, sanding, grinding, repairing defects, removing loose coatings, treating affected surfaces, and applying the appropriate primer.
They may include cleaning, sanding, grinding, repairing defects, removing loose coatings, treating affected surfaces, and applying the appropriate primer.
We emphasize proper substrate preparation, correct material selection, controlled application procedures, supervision, workmanship, and inspection throughout the project.
Service life depends on substrate condition, coating system, environmental exposure, chemical exposure, weather conditions, application quality, and ongoing maintenance.
Where conditions allow, we can plan the work in phases or during suitable operational windows to reduce disruption.
The final work schedule depends on site safety, production activities, access, ventilation, and coating requirements.
The final work schedule depends on site safety, production activities, access, ventilation, and coating requirements.
We can assess existing painted surfaces and recommend localized repair, maintenance coating, or complete repainting depending on their condition.