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Polyurethane floor

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Commonly Used:
US$
Customization Available
Sample Available
Manufacturer First
Product Attributes:
Appearance: Liquid
Main Raw Material: Polyurethane
Method: Roller
Level: Finish Coat
Drying Method: Air Drying
Certification: ISO14001
Film Forming Matter
Formation Mechanism: Conversion Type
Game: Basketball
Thickness: 6.0mm
Shock Absorption Rate: >53%
Friction Factor: 0.57
Pattern: Sand
Installation Ways: Movable
Vertical Deformation: 2.3mm
Usage: Outdoor
Environmental Protection Level: E1
Feature: Environmental Friendly
Material: Polyurethane
Function: Anti-Static
Over Ten Years
Drying Time: Fast-drying
Environmental Friendly: Environmentally Friendly
Finish: Matte
Packaging: Bucket
Usage Method: Brush
Color: Blue
Application: Industrial Construction
Setting Time: Fast-Setting
Special Additives: Fiber-Reinforced
Substrate: Ceramic
Bonding Function: Structural Adhesive
Composition: Inorganic Material
Morphology: Solvent
Style: European
Environmental Standard: E0
Customized: Customized
Lead Hardness: Semi-Rigid
State: Block
Surface Treatment: Parquet
Appearance: Solvent
Main Raw Material: Epoxy
Method: Brush
Drying Method: Drying
Certification: ISO9001
Certification: CCC
Certification: RoHS
Certification: ISO
Components: Pigment
Components: Solvent
Game: Badminton
Shock Absorption Rate: >50%
Pattern: Wood
Pattern: Wood Grain
Pattern: Floral
Installation Ways: Fixed
Usage: Indoor
Usage: Flooring
Usage: Commercial
Usage: Household
Usage: Sports
Environmental Protection Level: E2
Feature: Waterproof
Feature: Wear-resistant
Feature: Impact-resistant
Feature: Heat-resistant
Feature: Corrosion-resistant
Feature: Insulating
Feature: Cold-resistant
Material: PVC
Material: EDPM
Function: Waterproof
Function: Soundproof
Function: Thermal Insulation
Function: Anti-Slip
Function: Moisture Proof
Function: Rot Proof
Function: Wear-Resistant
Function: Fireproof
Environmental Friendly: Formaldehyde-free
Environmental Friendly: Heavy Metal-free
Volatile Organic Compounds
Usage Method: Roller
Usage Method: Spray
Color: Gray
Color: Clear
Color: Single Color
Color: Multi-Color
Application: Construction
Application: Packing
Application: Woodworking
Style: Modern
State: Coil

Sourcing guidance for Polyurethane Floor

What are the key technical specifications to consider when selecting Polyurethane (PU) flooring for industrial use?

When sourcing PU flooring, you must prioritize Shore D Hardness (typically 70-85) to ensure impact resistance and Tensile Strength (minimum 15-20 MPa) for durability. For industrial environments, verify the Elongation at Break percentage; a higher value (e.g., >40%) indicates better flexibility and crack-bridging capabilities. Additionally, ensure the VOC (Volatile Organic Compounds) content complies with international environmental standards like LEED or AgBB to ensure indoor air quality.

How do I choose between aromatic and aliphatic polyurethane coatings?

The choice depends on the exposure to sunlight. Aromatic PU is cost-effective and offers excellent chemical resistance but will yellow or chalk under UV exposure, making it suitable only for indoor applications. Aliphatic PU, while more expensive, is UV-stable and weather-resistant, making it the mandatory choice for outdoor areas or indoor spaces with significant natural light to maintain color stability.

What compliance standards and certifications should a professional buyer verify?

Buyers should request ISO 9001 for manufacturing quality and ISO 14001 for environmental management. For safety, ensure the product meets EN 13813 (Screed material and floor screeds) and has a Fire Rating of Class Bfl-s1 according to EN 13501-1. If the flooring is for food processing areas, HACCP International Certification is essential to prove the surface is hygienic and non-tainting.

What are the typical usage scenarios for different thicknesses of PU flooring?

Thin-film coatings (0.2-0.5mm) are suitable for light foot traffic and dust-proofing in warehouses. Self-leveling PU floors (2-3mm) are ideal for laboratories and hospitals due to their seamless, hygienic finish. Heavy-duty PU concrete screeds (6-9mm) are required for extreme environments like food processing plants, chemical facilities, and areas subject to thermal shock or heavy forklift traffic.

Cross-Border Procurement & Risk Management for PU Flooring

What are the primary risks when shipping liquid chemical flooring materials internationally?

PU flooring components are often classified as Dangerous Goods (Class 3 or Class 9) depending on the flashpoint and chemical composition. You must ensure the supplier provides a valid MSDS (Material Safety Data Sheet) and UN-approved packaging. Failure to declare these correctly can lead to customs seizures, heavy fines, or rejection by shipping lines. Always confirm the shelf life (usually 6-12 months) to ensure the product remains viable after long-sea transit.

How can I mitigate the risk of receiving poor-quality or adulterated chemical resins?

Before placing a bulk order, request a pre-shipment sample and have it tested for solid content percentage; some low-cost suppliers dilute resins with solvents. For large projects, hire a third-party inspection agency like SGS or Intertek to perform a Loading Supervision and verify batch numbers against the provided COA (Certificate of Analysis). Using Made-in-China.com's secured payment services can also provide a layer of financial protection.

What strategies should be used when negotiating with PU flooring manufacturers?

Negotiate based on Total Project Volume rather than just unit price. Ask for tiered pricing (e.g., 500kg, 2 tons, 10 tons). Since PU flooring is a system, try to negotiate a bundle price that includes primers, base coats, and topcoats. Additionally, request a 1-2% allowance for extra material to account for site wastage, and clarify the technical support provided, such as installation manuals or video guidance.

What logistics considerations are unique to importing flooring materials to specific regions?

Be aware of Anti-Dumping Duties that may apply to chemical products in certain regions. For shipping, ensure the containers are temperature-controlled if crossing extremely hot or cold climates, as extreme temperatures can cause crystallization or premature curing of the resin. Always use CIF or DAP Incoterms if you are unfamiliar with local chemical handling regulations, but ensure the insurance covers leakage and chemical contamination.

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