Our concrete testing cylindrical moulds are precision-engineered for creating standardized test specimens that comply with international standards for compressive strength evaluati...

Our concrete testing cylindrical moulds are precision-engineered for creating standardized test specimens that comply with international standards for compressive strength evaluation. Manufactured from high-grade cast iron, these moulds feature a split vertical design that facilitates easy specimen removal while maintaining exact dimensional specifications. The internal diameter is maintained within +0.2mm tolerance and height within +1mm, ensuring consistent specimen geometry critical for accurate test results. The machined ends and flat base plates provide perfect alignment and surface contact, eliminating variables that could compromise test integrity. These moulds are available in standard sizes including 15cm diameter x 30cm height, 10cm diameter x 20cm height, and 30cm diameter x 60cm height to accommodate various testing requirements.

These precision moulds serve multiple industries including construction, civil engineering, material testing laboratories, and academic research institutions. Construction companies use them for quality assurance of concrete batches before pouring structural elements. Engineering firms employ them for compliance testing on infrastructure projects such as bridges, dams, and high-rise buildings. Material testing laboratories rely on their accuracy for research and development purposes, while educational institutions utilize them for teaching and experimental work. The moulds are essential for anyone involved in concrete quality control, from ready-mix concrete producers to government infrastructure agencies and private testing facilities.

The value of these cylindrical moulds lies in their reliability and consistency, which directly translates to accurate test results and informed decision-making. Their robust cast iron construction ensures long-term durability, reducing replacement costs and maintaining calibration over extended periods. The precise machining guarantees compliance with international standards, giving users confidence in their test outcomes. The standardized dimensions ensure compatibility with existing testing equipment and procedures. This combination of quality, reliability, and precision makes these moulds a smart investment for any serious testing operation.

Key Features:
- Split vertical design for easy demoulding without specimen damage
- High-grade cast iron construction for durability and long service life
- Precision machining with internal diameter tolerance within +0.2mm
- Machined ends flat to +0.05mm and base plates flat to +0.03mm
- Available in multiple standard sizes including 10cm, 15cm, and 30cm diameters

Benefits:
- Accurate and reliable compressive strength test results
- Long-lasting performance with minimal maintenance requirements
- Consistent specimen geometry for standardized testing procedures
- Easy specimen removal without compromising integrity
- Compatibility with standard testing equipment and procedures