Quality control ensures every product meets performance, durability, and safety standards through rigorous testing and continuous monitoring.
Comprehensive testing procedures for polymer concrete production
Determines the particle size distribution of aggregates to ensure uniformity in polymer concrete mixes.
Measures water content in aggregates, critical for accurate mix proportions and quality control.
Assesses consistency and workability of fresh polymer concrete using vertical displacement.
Determines the initial gel time, allowing proper placement and setting of concrete.
Measures how long concrete takes to reach optimal setting for durability and strength.
Monitors the peak temperature during curing to prevent structural cracks.
Evaluates the load-bearing strength of hardened polymer concrete under axial pressure.
Determines concrete’s flexural strength through a three-point bending method.
Measures concrete mass per unit volume, essential for structural and thermal characteristics.
Assesses resistance to indentation and scratching to evaluate wear resistance.
Microstructure and mechanical testing of ductile iron components
Analyzes macro and microstructure to identify material defects and structural properties.
Performs chemical composition testing to ensure elemental accuracy and alloy compliance.
Evaluates the ultimate strength and ductility of ductile iron samples under tension.
Determines surface resistance to penetration, related to wear durability.
Checks compressive strength to determine resistance under heavy load applications.