Rubber Testing Articles

How Brittleness Testing Helps Prevent Material Failure
How Brittleness Testing Helps Prevent Material Failure

The brittleness temperature is the point at which 50% of tested specimens break under specified impact conditions. This parameter is especially important for plastics and elastomers.

ASTM D746 outlines the procedure for determining a material’s brittleness temperature, giving engineers insight into how materials perform in demanding environments. Brittleness Point Testers are essential in this process, supporting consistent quality control in manufacturing.

Karl Fischer Titration​
Karl Fischer Titration​ - Precise Moisture Analysis Made Easy

Water contamination is a major concern in various industries, causing component failure and damaging production processes. Even small amounts of water can have significant effects on equipment and product quality.

How to Measure Plastic Hardness: Methods, Scales, and Testing Equipment
How to Measure Plastic Hardness: Methods, Scales, and Testing Equipment

How to measure plastic hardness - One of the key reasons to measure plastic hardness is to classify finished products by quality, especially those that go directly into consumers' hands. The hardness of a plastic often signals whether it’s fit for everyday use or likely to fail under pressure.

Manufacturers, therefore, rely on hardness data not just for compliance, but for making clear decisions in material selection and product validation.

Understanding the Shore Hardness Test: Method, Formula & Diagram
Understanding the Shore Hardness Test: Method, Formula & Diagram

Shore hardness test is typically used for measuring different materials, especially the softer ones like rubbers, elastomers, and certain softer plastics, such as vinyls, polyolefins, and fluoropolymers. This method evaluates how resistant a material is to indentation, providing valuable insight into its flexibility, surface durability, and potential performance under load.

How to Measure Rubber Hardness: Methods, Tools, and Best Practices
How to Measure Rubber Hardness: Methods, Tools, and Best Practices

Products made of rubber require a certain level of resistance in order to hold their shape, seal securely, or absorb impact without failure. But what defines that resistance? One of the earliest and most critical decisions in selecting rubber materials is determining the right level of rubber hardness.

Flammability Test Explained - Why It’s Critical for Product Safety and Compliance
Flammability Test Explained: Why It’s Critical for Product Safety and Compliance

Fire safety doesn’t begin with alarms or sprinklers, it starts with the materials you choose. Whether you're designing furniture, developing aerospace components, or manufacturing textiles, understanding how your materials react to flame is essential. That’s where the flammability test comes into play.

Rubber Thickness Gauge: Types, Applications, and Best Practices
Rubber Thickness Gauge: Types, Applications, and Best Practices

Quality control in rubber manufacturing starts with precision, and a Rubber Thickness Gauge ensures that every product meets strict specifications. Even minor variations in thickness can impact performance, making accurate measurements essential for industries like automotive, industrial, and medical.

Whether you need a thickness gauge for rubber sheets, a rubber coating thickness gauge, or a tire rubber thickness gauge, using the right instrument ensures consistent quality and compliance with industry standards.

Taber Abrasion Test: What Your Materials Are Hiding About Durability
Taber Abrasion Test: What Your Materials Are Hiding About Durability

When it comes to assessing material durability, the Taber Abrasion Test is a trusted method used across industries. By simulating repeated friction and wear, this test helps you understand how your products will hold up over time, ensuring they meet performance expectations and comply with standards like ASTM D4060.

Durometer: Accurate Hardness Testing for Rubber and Plastic
Durometer: Accurate Hardness Testing for Rubber and Plastic

When working with materials like rubber or plastics, how do you ensure they're just the right hardness for your application? That’s where a durometer comes in, an instrument designed to measure hardness accurately and reliably. From soft silicone seals to rigid plastic components, understanding what a durometer is helps you make informed decisions about material performance.

Automatic Programmable Hot Press QualiHP-A - The Perfect Assistant for Laboratory Sample Making
Automatic Programmable Hot Press QualiHP-A: The Perfect Assistant for Laboratory Sample Making

Shaping samples from rubber, plastic, metal, and other materials becomes effortless with the QualiHP-A, which employs a "flat-plate hot press molding" method. Widely recognized across various industries, this machine allows you to fine-tune temperature and pressure according to your sample’s specific requirements. Its eight-stage action module guarantees consistent and precise molding outcomes.

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