This unique code helps you pinpoint the exact item you need in our inventory

The measurement that shows how heavy the product is. Useful to know for handling, shipping, and setup purposes.

The primary substance used to make the product. Knowing this can help you understand its durability, care requirements, and environmental impact

Indicates the extent to which a product or component adheres to established standards and regulations, including Australian and international norms. This encompasses aspects like design, materials, performance, and safety. Conformity ensures that the product is suitable for its intended use and meets the quality and safety requirements necessary for its application. Regularly assessing conformity is essential for maintaining compliance and reliability

This refers to the specific identifiers and symbols printed or engraved on the product. These may include the model number, serial number, safety symbols, and compliance marks that ensure the product meets industry standards and regulations. Check these markings for important information about the product's origin, certification, and proper use.

A Test Certificate is an official document provided by a certified testing agency that verifies the product has been rigorously tested and meets all applicable standards and quality requirements. It ensures the product's reliability, safety, and compliance with industry regulations. This certificate is crucial for ensuring confidence in the use and durability of the product

Creating tooltips for product specifications, especially for critical aspects like the "Safety Factor," is an excellent way to provide your customers with immediate, in-depth information without overwhelming them with too much text at once. A tooltip for "Safety Factor" should be concise yet informative, offering a quick explanation of what it is and why it's important for the product. Here's a suggestion on how you could write this tooltip:

Safety Factor

The Safety Factor, often denoted as SF, is a critical engineering concept representing the level of additional strength beyond the expected maximum load to ensure safety and reliability. It's calculated by dividing the material's breaking strength by the maximum load it's expected to support during normal operation. A higher safety factor indicates a higher margin of safety, catering to unforeseen stress or load, ensuring the product's longevity and user safety under various conditions.