Standards

Understanding the SCT Test and Its Industrial Importance The SCT test, or short-span compression test, is essential for evaluating the in-plane compressive strength of paper and board materials. It simulates the stresses encountered during stacking, loading, and packaging applications—particularly in corrugated board manufacturing. The ISO 9895 method uses a short span compression tester to clamp […]

Why Paper Coefficient of Friction Measurement Matters Paper surfaces interact dynamically during production and application processes. The static COF measures the force required to initiate sliding between two sheets, while the kinetic COF refers to the force needed to maintain movement at a constant speed. A paper that is too slippery may lead to misfeeds,

Elmendorf Tear Resistance: Why ASTM D1922 Matters Elmendorf tear resistance is a fundamental mechanical property for materials like polyethylene, polypropylene, polyester, and other films used in flexible packaging. The ASTM D1922 standard outlines a consistent, repeatable method to evaluate this property. The significance of ASTM D1922 lies in its ability to: This method is particularly

Understanding ASTM D882 and Its Purpose The ASTM D882 standard outlines the test method for determining tensile properties of thin plastic sheeting. It focuses on evaluating tensile strength, modulus of elasticity, and elongation at break. This method is tailored for specimens with uniform cross-sections and is particularly relevant for materials under 1.0 mm in thickness,

Executing a Compression Test According to ISO 12048 Sample ConditioningBefore testing, condition the sample at 23°C and 50% relative humidity for at least 48 hours. This step ensures material consistency and reliability.  Test SetupPlace the filled packaging unit on the lower platen of the tester. The test can be performed until one of three outcomes

Understanding ASTM F2878 ASTM F2878 – Standard Test Method for Protective Clothing Material Resistance to Hypodermic Needle Puncture – is designed to measure the force required for a needle to penetrate protective clothing materials. Unlike other puncture tests that may use blunt or sharp probes, this method specifically employs hypodermic needles (21G, 25G, and 28G)

Understanding ASTM F1306 ASTM F1306 is titled Standard Test Method for Slow Rate Penetration Resistance of Flexible Barrier Films and Laminates. The method characterizes the puncture resistance of films when subjected to a driven probe at a slow, controlled rate. Key measurements include: These parameters indicate how well a film can withstand mechanical puncture stress

Importance of ASTM F2338 in Packaging Quality Packaging serves as the first barrier against contamination. Even microscopic leaks in seals or materials can allow the ingress of oxygen, moisture, or microorganisms. For pharmaceutical products, a single undetected leak may compromise patient safety. ASTM F2338 addresses this issue by offering a validated, nondestructive, and repeatable test

Importance of the Ink Rub Test The ink rub test determines whether inks can endure mechanical stress without transferring, smearing, or fading. TAPPI T830 covers several variations, including: These assessments are vital for industries where packaging and labeling carry essential product and brand information. Strong rub resistance ensures the printed image remains intact, protecting both

Understanding ASTM D4833 Standard The ASTM D4833 Standard Test Method for Index Puncture Resistance of Geomembranes and Related Products defines a consistent procedure for measuring how resistant a geomembrane is to puncturing under controlled laboratory conditions. This test provides an index value that allows manufacturers and users to compare the puncture resistance of different geomembrane