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6in Unbonded Capping Neoprene Pad Cap, 50 Durometer (12 Pack)
6in Unbonded Capping Neoprene Pad Cap, 50 Durometer
Ideal for compression strength testing of concrete cylinders, these 6in (152.4mm) Neoprene Pads provide a reliable and consistent solution for ensuring uniform load distribution. They are designed for use with 6x12in concrete cylinders and meet ASTM C1231/1231M and AASHTO T 22 standards. Each pad is 0.5in (12.7mm) thick and features a flowable design under compression, which fills irregularities in the cylinder ends to ensure accurate and consistent test results.
Key Features:
- Durable and Reusable: Pads can be reused up to 100 times, making them a cost-effective solution for frequent testing.
- Compatibility: Specifically designed for use with the 6in Steel Retainer Set (sold separately), which holds the neoprene pads securely at both ends of the cylinder during testing.
- Variety of Hardness Options: Pads are available in multiple durometers to accommodate different concrete strength ranges:
- 50 Durometer: For concrete strengths of 1,500-6,000 psi (10-40 MPa).
- 60 Durometer: For concrete strengths of 2,500-7,000 psi (17-48 MPa).
- 70 Durometer: For concrete strengths of 4,000-12,000 psi (28-83 MPa).
Testing Standards:
These Neoprene Pad Caps comply with industry-standard test methods, ensuring accurate and reliable results every time:
- AASHTO T 22
- ASTM C 1231/1231M
Additional Options:
- Pack Sizes: Pads are sold individually or in packs of 12 for added convenience.
- Steel Retainer Set: Required for proper pad placement during testing (sold separately).
- Applications: Suitable for both laboratory and field testing environments.
Why Choose Neoprene Pads?
Neoprene pads make compression testing easier and more efficient by eliminating the need for grouting or end preparation. Their ability to flow under pressure ensures precise load distribution, improving the reliability of test results while reducing labor and material costs.
Whether you're testing concrete for a construction project or conducting quality control in a lab, these pads offer the durability, flexibility, and compliance needed to meet rigorous testing requirements.
