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Kolorowe szkło laminowane PVB (Vanceva®)

Posted in: NEWS

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Self‑cleaning fireplace glass – is it worth investing in the ROBAX IR‑MAX technology?

Posted in: NEWS

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The article presents SCHOTT's ROBAX IR-MAX self-cleaning glass, which uses a catalytic coating and the process of...

Properties of ROBAX IR-MAX Self-Cleaning Glass

Posted in: NEWS

07/06/2025

ROBAX IR-MAX self-cleaning glass is an advanced material designed for fireplaces, stoves, and industrial...

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Featured posts

Kolorowe szkło laminowane PVB (Vanceva®)

Posted in: NEWS

02/09/2026

Artykuł opisuje kolorowe szkło laminowane z folią PVB Vanceva® (Saflex®) – czym jest, jakie daje efekty...

Custom-sized tempered glass. How to correctly measure tempered glass before ordering?

Posted in: NEWS

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What type of glass should be used for a fireplace?

Posted in: NEWS

04/23/2025

The article presents a comprehensive guide to choosing the right fireplace glass that ensures safety, durability, and...

How to choose custom-sized tempered glass?

Posted in: NEWS

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04/23/2025

The article discusses various types of glass kitchen panels and provides tips for choosing the ideal solution. The...

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Properties of ROBAX IR-MAX Self-Cleaning Glass

In this article, you'll find detailed information on the properties of ROBAX IR-MAX self-cleaning glass, its innovation, applications in heating technology, and the benefits of choosing this advanced material in industrial and domestic sectors. You'll learn about both the technical aspects and the practical advantages of ROBAX IR-MAX, based on current market demands and the latest technological trends.

What You Need to Know

What differentiates ROBAX IR-MAX self-cleaning glass from standard fireplace glass? ROBAX IR-MAX stands out with its special self-cleaning coating and increased resistance to infrared radiation, optimizing heat transfer and minimizing soiling.

What are the key advantages of ROBAX IR-MAX glass? High IR radiation transmittance, activated self-cleaning effect, and extended lifespan, even under intensive use.

Where is ROBAX IR-MAX glass used? Most commonly in the heating industry (fireplaces, stoves, fireboxes) and specialized applications requiring excellent glass clarity and safety.

What are the key technical parameters for the user? High thermal resistance, ease of maintenance, low coating degradation, and compatibility with modern heating systems.

Is ROBAX IR-MAX glass cost-effective in the long term? Yes – lower maintenance costs, less frequent replacements, and higher energy efficiency translate into real savings.

Innovative ROBAX IR-MAX Self-Cleaning Glass – A Breakthrough in Heating Technology

ROBAX IR-MAX self-cleaning glass has revolutionized the technical glass sector for heating and fireplace applications. Thanks to its advanced coating that reduces dirt adhesion and exceptional infrared radiation transfer, this product is incredibly effective where user comfort, safety, and minimized maintenance are paramount. Its high reliability and longevity make ROBAX IR-MAX recommended even by the most demanding installation designers and maintenance engineers in the heating industry. Learn more about the construction, properties, and versatile applications of this technology, which aligns with the latest market and end-user expectations.

Characteristics and Technical Properties of ROBAX IR-MAX Self-Cleaning Glass

Advanced Self-Cleaning Coating – Mechanism of Action

ROBAX IR-MAX glass is equipped with a modern, transparent nanotechnological coating designed for automatic removal of organic and mineral contaminants without the need for harsh chemicals. The action of this coating relies on increasing the surface's hydrophilicity, allowing water to flow freely, carrying away particles of ash, soot, and other deposits formed during the operation of fireplaces or stoves. The catalytic effect is activated by temperature and UV radiation, ensuring cleanliness even in challenging operating conditions – this is a particularly valued solution in modern heating systems.

Efficiency in Infrared (IR) Radiation Permeability

A unique feature of ROBAX IR-MAX glass is its increased permeability to infrared (IR) radiation, which is crucial for heating efficiency. The glass allows more energy to be transferred into the living space while minimizing heat loss. This results from the use of appropriate oxide additives in the glass structure and advanced surface treatment, leading to higher energy efficiency in both domestic and industrial heating solutions.

Thermal and Mechanical Parameters – Resistance and Operational Safety

ROBAX IR-MAX is characterized by high resistance to thermal shock (even above $70 0^{\circ} C$ ) and structural stability during long-term operation at high temperatures. The glass is resistant to cracking due to sudden temperature changes and to mechanical damage typical of industrial or domestic use. Additionally, the entire ROBAX IR-MAX product line has undergone stringent quality tests, meeting the demanding EN 13229 standards.

Environmental Impact and Ecological Benefits

ROBAX IR-MAX self-cleaning glass reduces the demand for chemical detergents and water, which positively impacts the product's environmental footprint. The reduced frequency of cleaning and extended lifespan also limit waste and raw material consumption in the heating system's lifecycle.

Applications of ROBAX IR-MAX Glass in Modern Heating Installations

Fireplaces and Stoves – Improved Efficiency and Aesthetics

Thanks to self-cleaning technology, the glass in fireplaces remains clear even with intensive use, enhancing the aesthetic appeal of the appliance and increasing safety by allowing constant monitoring of the combustion process.

Industrial Market – High-Temperature Furnaces and Zone Heating Systems

ROBAX IR-MAX finds application in industrial facilities where the cleanliness of glass barriers affects process parameters and operational safety. This glass is recommended for advanced laboratory and process furnaces, as well as specialized heating systems.

Comparison with Traditional Glass Solutions

Ordinary fireplace glass typically has lower resistance to soiling and reduced IR energy permeability.
ROBAX IR-MAX provides higher user comfort, reducing the need for frequent servicing and cleaning.
Traditional glass dulls more quickly and requires more frequent replacement with intensive use.

Frequently Asked Questions (FAQ)

How often should ROBAX IR-MAX self-cleaning glass be cleaned? This glass requires cleaning significantly less often than traditional fireplace glass – the self-cleaning effects work throughout its entire lifespan, reducing the need for manual cleaning by up to 70%.

Is ROBAX IR-MAX glass resistant to scratches and mechanical damage? Yes, the tempering and special coating protect the surface from typical damage during everyday use.

Does self-cleaning glass affect fireplace efficiency? The thermal efficiency is even higher than with ordinary glass – the glass does not restrict heat transfer into the room, allowing for optimal fuel and energy consumption.

How is ROBAX IR-MAX glass installed in a heating appliance? Installation is analogous to standard heat-resistant glass, with strict adherence to safety procedures and leak integrity checks.

Is the glass compatible with automatic cleaning systems? Yes, thanks to its self-cleaning properties and resistance to cleaning agents, the product works perfectly with automated glass maintenance and cleaning systems.

Can ROBAX IR-MAX glass be used in industrial furnaces with aggressive operating environments? The product is recommended for harsh industrial conditions due to its increased resistance to high temperatures, chemicals, and various types of contaminants.

Summary

ROBAX IR-MAX self-cleaning glass sets a new standard for quality and durability in the heating and industrial sectors. Its innovative coating, outstanding IR transmission properties, and resistance to soiling guarantee not only safety and user comfort but also real long-term savings. If you are looking for advanced, reliable solutions for your fireplace, stove, or industrial installation, choose ROBAX IR-MAX technology – contact our expert to learn more and ensure a top-tier investment!