Engineered to exacting industry standards, Deslauriers concrete testing cylinders deliver uncompromising accuracy for compressive strength tests, slump verification, and quality assurance programs. Crafted from rugged, non-absorbent bio-degradable polypropylene, these laboratory-grade cylinders resist cracking, warping, and chemical degradation—ensuring consistent results across repeated uses in harsh jobsite or lab environments. The seamless, leak-proof construction and precisely molded dimensions (standard 4"x8" or 6"x12") guarantee full compliance with **ASTM C31/C39** and **AASHTO T 23** specifications, while the reinforced base and flanged top simplify filling, handling, and transport. Ideal for DOT projects, ready-mix plants, and construction firms, our cylinders feature easy-stack design for efficient storage and durable plastic caps (sold separately) to protect samples. Trust Deslauriers’ legacy of precision: order certified cylinders that eliminate testing variables and safeguard your compliance data.
Engineered to exacting industry standards, Deslauriers concrete testing cylinders deliver uncompromising accuracy for compressive strength tests, slump verification, and quality assurance programs. Crafted from rugged, non-absorbent bio-degradable polypropylene, these laboratory-grade cylinders resist cracking, warping, and chemical degradation—ensuring consistent results across repeated uses in harsh jobsite or lab environments. The seamless, leak-proof construction and precisely molded dimensions (standard 4"x8" or 6"x12") guarantee full compliance with **ASTM C31/C39** and **AASHTO T 23** specifications, while the reinforced base and flanged top simplify filling, handling, and transport. Ideal for DOT projects, ready-mix plants, and construction firms, our cylinders feature easy-stack design for efficient storage and durable plastic caps (sold separately) to protect samples. Trust Deslauriers’ legacy of precision: order certified cylinders that eliminate testing variables and safeguard your compliance data.