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ASTM & ISO Testing


ASTM D3787 Ball Burst Testing: A Complete Guide to the UniversalGripCo Ball Burst Puncture Fixture
Introduction In the field of textile and flexible material testing, understanding how a material behaves under multidirectional stress is critical for predicting real-world performance. Fabrics used in apparel, medical textiles, industrial materials, and geotextiles are frequently subjected to forces that do not occur purely along a single axis. Instead, these materials often experience localized pressure and multi-directional stress , which can lead to puncture or bursting f
Mark Edwards
Mar 267 min read


UniversalGripCo Arbor Press: Precision Force Application for Laboratory and Materials Testing
Arbor Press Cutting Sample Introduction In materials testing laboratories and engineering environments, many tasks require controlled compressive force to assemble components, prepare test fixtures, or install precision mechanical parts. While large automated systems such as universal testing machines handle tensile and compression testing, technicians frequently rely on smaller manual tools to prepare equipment and samples before testing begins. One of the most reliable too
Mark Edwards
Mar 266 min read


Environmental Chambers for Universal Testing Machines
Modern environmental chambers are designed to operate with any universal testing machine, regardless of manufacturer.
christopherthomasb
Feb 274 min read


ASTM C1161: Standard Test Method for Flexural Strength of Advanced Ceramics at Ambient Temperature
Introduction to ASTM C1161 Advanced ceramics are widely used in applications where high stiffness, thermal stability, wear resistance, and chemical inertness are required. Unlike metals or polymers, however, ceramics exhibit little to no plastic deformation and fail in a brittle manner. Because of this behavior, traditional tensile testing is often impractical or unreliable for ceramic materials. Instead, flexural strength testing has become the primary method for characteri
Mark Edwards
Jan 307 min read
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