Would you compare an early computer with a laptop from today? Probably not. Neither should you compare a pane of polycarbonate from the past with a Hammerglass pane of today, although the core material is the same. What distinguishes Hammerglass from the old PC-pane is it’s coating.
Polycarbonate is strong. Compared to traditional glass it is 300 times stronger, so virtually unbreakable. However, over time, polycarbonate begins to yellow, and its transparent surface becomes marred by scratches - an inevitable fate that limits its lifespan and aesthetic appeal. Additionally, traditional polycarbonate has an unfortunate tendency to react badly to certain cleaning agents, becoming cloudy or milky with detergent use. These limitations keep ordinary polycarbonate from reaching its full potential in the most demanding applications.
So, although polycarbonate as a material is very strong, it is also quite delicate when exposed to wear and tear and daylight.
This is where Hammerglass comes in. By integrating advanced coating technology - a unique application of a silicon oxide hard layer - Hammerglass elevates polycarbonate to its top potential. This coating doesn’t just cover the surface; it transforms it.
Resistance to UV-light and Scratches
The silicon oxide layer is what makes Hammerglass resistant to the specific failings of ordinary polycarbonate. First and foremost, it dramatically increases surface hardness, providing the scratch resistance that uncoated polycarbonate doesn’t have. In environments where abrasions are a constant threat, the scratch-resistant nature of Hammerglass ensures longevity and clarity, factors that are paramount to both safety and aesthetic integrity.
Hammerglass also boasts unprecedented UV resistance. The coating offers 99.96% UV protection, meaning that exposure to sunlight does not lead to discoloration or the notorious yellowing that uncoated polycarbonate falls victim to. This permanence in clarity is a game-changer for outdoor and light-exposed applications, maintaining pristine transparency year after year.
Resilience Against Chemical Reactions
Another significant challenge with standard polycarbonate is its reaction to various chemicals, notably cleaning agents. Facilities maintenance involves regular cleaning routines which, over time, could cloud or mar the surface with ordinary polycarbonate. Hammerglass, however, is immune to such degradation. Its coating stands resilient even against harsh solvents like acetone, allowing for versatile and thorough cleaning without the risk of damage. This feature is particularly advantageous in commercial buildings, where hygiene is as critical as strength and appearance, but also in the construction business, where machine windows need to be cleaned all the time so that the operator may see through them properly.
Applications of Hammerglass: A Prime Choice for Safety and Durability
With its advanced properties, Hammerglass is the material of choice for a wide array of safety and architectural applications:
- Property Windows: When security and longevity are key concerns, Hammerglass is ideal. Its resilience against break-ins due to its impact resistance, coupled with its ability to withstand environmental challenges like UV exposure, makes it a preferred option for commercial and high-risk buildings and businesses.
- Glazed Doors and Entries: Used in environments where aesthetics must meet durability, glazed doors outfitted with Hammerglass maintain their visual appeal through years of use, bypassing the wear and tear that would typically degrade conventional materials.
- Machine Windows: In industrial settings, machinery can pose numerous hazards. Here, the strength and clarity of Hammerglass protect not only the machinery but the operators as well, resisting impacts and scratches without sacrificing visibility.
Why Trust Hammerglass Over Conventional Alternatives?
Simply put, Hammerglass delivers where ordinary polycarbonate falls short. It combines the unmatched strength of polycarbonate with the resistance properties afforded by specialized coating, resulting in a product that can handle more demanding applications for longer periods without compromise. This makes Hammerglass not only a practical choice but also a cost-effective one in the long run, reducing the need for frequent replacements and maintenance.
In environments where clarity, durability, and safety are non-negotiable, Hammerglass doesn’t just meet expectations - it surpasses them. The product exemplifies how technological advances can redefine material possibilities, transforming an already strong material into something almost indestructible, withstanding the test of time, elements, and use.
The Future of Glass Alternatives
The development of Hammerglass is a shining example of how innovation can overcome what once seemed inherent limitations. By investing in advanced coating technologies, Hammerglass has expanded the use of polycarbonate well beyond its traditional boundaries. As industries continue to evolve and demand more from their materials, breakthroughs like Hammerglass hint at a future where durability and clarity aren’t compromised by environmental or chemical exposure.
When selecting materials for critical applications, the right choice becomes evident after understanding the unique attributes that Hammerglass offers. The evolution from traditional polycarbonate to Hammerglass offers an inspiring lesson in how strategic enhancements can yield products that challenge and redefine our expectations from materials, proving that with the right approach, the potential for innovation is boundless.
