Faced with diverse glass fiber coating needs, is there a solution that can both "combine softness and hardness" and "achieve tight bonding"? The answer is yes. A series of multi-model liquid silicone rubber coatings has emerged. By offering different hardness levels and mixing ratios, it brings unprecedented flexibility and reliability to manufacturers.

Flexible Adaptation, Like "Tailoring Clothes to Fit"

One of the biggest highlights of this series lies in its diverse hardness options and flexible mixing ratios. Ranging from as soft as a rubber pad (approximately 26A) to as tough as a car tire (approximately 52A), users can accurately select the most suitable model based on the specific requirements of the final product. This design perfectly meets the needs of everything from gaskets that require flexible sealing to protective materials that need a certain degree of support.

Core Advantages: Fast, Strong, Durable

• Rapid Vulcanization: It can cure quickly under heating conditions, helping production lines achieve efficient and energy-saving continuous operations.
• High Strength and Toughness: The cured silicone layer has excellent mechanical properties, with high tensile strength and tear strength, ensuring the product is durable.
• Excellent Adhesion: It can firmly adhere to various substrates such as glass fiber cloth and sponge, avoiding delamination issues during use.

Popular Interpretation of Performance Data

Let's take several typical models in this series as examples:

• IOTA 3425: Extremely soft with excellent elasticity, and its stretching length can reach 4.5 times the original.
• IOTA 3450: Relatively high hardness and very tough, with a tear resistance more than three times that of the soft model.

This clear gradient classification allows non-professionals to easily make appropriate choices.

Conclusion

In materials science, flexibility often means broader application prospects. By providing diverse options, this multi-specification silicone coating series frees innovative designs from the limitations of material performance and opens new doors for more industrial applications. If you need to adjust the translation style (such as making it more concise for promotional materials or more technical for academic documents), or if you have other texts to translate, let me know. I can also help you sort out a bilingual glossary of key terms in this text for easier reference in future use.