Concrete slabs
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Concrete Look Grey Quartz Stone Slab for Kitchen Countertops
60mm High Tension Corrugated Galvanized Prestressed Steel Metal Slab for Pre-Stressed Concrete Bridge Construction
50mm High Tension Corrugated Galvanized Prestressed Steel Metal Slab for Pre-Stressed Concrete Bridge Construction
130mm High Tension Corrugated Galvanized Prestressed Steel Metal Slab for Pre-Stressed Concrete Bridge Construction
Precast Concrete Hollow Core Slab and Wall Panel Shilpformer Machine
Lightweight High-Load Concrete Slab Construction Plastic PP Formwork
Top-Performing Precast Concrete Slabs: Engineered for Strength, Precision-Molded for Reliability
High Load-Bearing Steel Truss Floor Panels, Reinforced Concrete Slab Panels
Affordable Easy-Install Precast Permanent Formwork Concrete Floor Slab Systems for Global Buyers
Stable and Reliable Integrated Composite Concrete Steel Truss Slab with Post-Cast Concrete
Light-Weight Load-Bearing Precast Composite Concrete Steel Truss Floor Slab for High-Rise Buildings
Fast-Construction Non-Dismantling Permanent Concrete Formwork Steel Truss Floor Slab for Industrial Projects
Non-Rust Fire-Resistant 20mm Fine Stone Concrete Base Steel Truss Composite Floor Slab
Precast Stable Permanent Concrete Formwork Composite Truss Floor Slab with Concrete Soffit
Precast Anti-Corrosion Permanent Concrete Formwork Composite Truss Floor Slab with CE Certificate
Large-Span Load-Bearing Plaster-Free Fine Aggregate Concrete Steel Truss Slab for Steel Structure
Low-Carbon Mortar-Free Permanent Concrete Formwork Composite Steel Truss Floor Slab for Australia
Anti-Corrosion Composite Steel Truss Floor Slab with 20mm Fine Stone Concrete Soffit
Heavy Duty Composite Fine Aggregate Concrete Steel Truss Floor Slab for Hospital
Fast Construction Prefabricated Concrete Steel Truss Slab with Thin Concrete for High-Rise
Factory of Low-Carbon Seismic Corrosion-Resistant Durable Permanent Formwork Concrete Steel Floor Slab
Durable Seismic Fire-Resistant Precast Composite Concrete Base Truss Steel Slab for Hospital
Non-Removable Composite Fine Aggregate Concrete Steel Bar Truss Floor Slab for High-Rise
Moisture-Resistant Fireproof Precast Composite Concrete Steel Truss Deck Slab with Permanent Formwork
Durable Seismic-Resistant Fire-Resistant Precast Concrete Steel Truss Composite Slab for Modular Building
Fire-Proof Anti-Corrosion Seismic Precast Composite Concrete Permanent Formwork Steel Truss Slab
Green Crack-Resistant Fireproof Seismic Precast Permanent Formwork Steel Truss Concrete Floor Slab
High-Strength Steel Truss Slab with Durable Concrete Construction
Sourcing guidance for Concrete Slabs
What are the key technical specifications to consider when sourcing concrete slabs for industrial use?
When sourcing concrete slabs, the most critical factor is Compressive Strength, typically measured in MPa (Megapascals) or PSI. For industrial flooring, a minimum of 30-35 MPa is standard. You must also verify the Reinforcement Type, such as steel rebar or fiber reinforcement, to ensure structural integrity. Additionally, check the Dimensional Tolerance (usually ±2mm to ±5mm) and Surface Finish (e.g., polished, brushed, or anti-slip) to match the specific application requirements.
Which international compliance standards should B2B buyers verify for concrete products?
Buyers should ensure suppliers adhere to ASTM C1776 (Standard Specification for Precast Concrete) or EN 1339 (Concrete paving flags). For structural safety, look for ISO 9001:2015 quality management certifications. If the project involves environmental sustainability, request documentation regarding LEED compliance or the use of recycled aggregates to meet green building standards.
How can I evaluate the durability and weather resistance of concrete slabs?
Request test reports for Water Absorption Rate (should be <5-6%) and Freeze-Thaw Resistance, especially for outdoor use in cold climates. The Abrasion Resistance (measured by the Böhme test or similar) is vital for high-traffic areas. Ensure the slabs have been properly cured for at least 28 days before shipping to reach maximum design strength and prevent premature cracking.
What customization options are typically available for large-scale procurement?
Most professional manufacturers on Made-in-China.com offer Custom Dimensions (Length, Width, Thickness) and Edge Profiles (e.g., chamfered or square). You can also request Integral Color Pigmentation or specific Exposed Aggregates for architectural projects. For infrastructure, ensure the supplier can provide pre-cast holes or inserts for lifting and installation hardware.
Cross-Border Procurement & Risk Management for Concrete Slabs
What are the primary logistics risks when shipping heavy concrete products internationally?
The main risks are Weight Limit Violations and Breakage during transit. Concrete is extremely heavy; ensure the supplier uses Heavy-Duty Pallets and Reinforced Crating. It is essential to calculate the Container Payload Capacity accurately to avoid fines at the port. Always insist on Sea Freight Insurance (ICC-A) to cover potential damage during loading or rough sea conditions.
How should I negotiate pricing and payment terms with concrete manufacturers?
Since raw material costs (cement and steel) fluctuate, try to negotiate a Price Validity Period of at least 30-60 days. For large orders, a 30% Deposit / 70% Balance against Bill of Lading (B/L) is standard. Use Secure Payment Services provided by Made-in-China.com to ensure funds are protected until the shipping documents are verified. For recurring orders, ask for Volume-Based Rebates.
What quality control measures are necessary before the goods leave the factory?
Never skip a Pre-Shipment Inspection (PSI). Hire a third-party agency to perform Random Sampling Tests for dimensions and visual defects (cracks, honeycombing). Request a Compression Test Video or a certified lab report for the specific batch being shipped. Verify that the Batch Numbers on the slabs match the quality certificates provided by the factory.
How do I handle customs and import duties for concrete slabs?
Identify the correct HS Code (typically 6810.91 for prefabricated structural components) to determine the exact tariff rate in your country. Be aware of Anti-Dumping Duties that some regions apply to specific construction materials. Ensure the supplier provides a clear Certificate of Origin to potentially benefit from Free Trade Agreements (FTAs) and reduce import taxes.





























