NEWS

The article explores how UV-printed glass can bring original design and functionality into a small apartment. It presents five inspiring applications: sliding partitions, glass wall art, kitchen panels, furniture fronts, and small decorative elements. The advantages of this technology are discussed (durability, resistance to UV rays, water, and scratches, easy cleaning), along with tips for selecting the right glass and maintaining it, as well as frequently asked questions about ordering and...

ROBAX IR-MAX self-cleaning glass is an advanced material designed for fireplaces, stoves, and industrial installations, distinguished by: A nanotechnological coating that facilitates the run-off of impurities and ash. Enhanced infrared radiation transmittance, which increases thermal efficiency. Resistance to thermal shock (up to over 700∘C) and mechanical damage. An ecological profile – lower water and detergent consumption, and extended lifespan. Thanks to these features, ROBAX...

The article presents SCHOTT's ROBAX IR-MAX self-cleaning glass, which uses a catalytic coating and the process of pyrolysis to break down soot and dirt under high temperatures. As a result, users benefit from a clear view of the flames, over 70% less cleaning time, and reduced use of detergents—only needing to wipe the glass with a damp cloth every few weeks. Although the purchase price is higher, it is offset by the durability of the coating. It's important to ensure installation is carried...

The article compares two popular glass solutions for modern interiors – Lacobel (painted glass) and glass with printed graphics. Here are the key takeaways: 1. Aesthetics Lacobel: A single-color, elegant, minimalist surface that visually enlarges the space. Printed glass: Full-color, customizable designs (photos, natural motifs, abstract patterns); a unique decorative accent. 2. Functionality and maintenance Both materials are resistant to moisture, steam, and high temperatures....

This article discusses a comprehensive approach to designing and ordering custom mirrors for bathrooms and hallways. The author emphasizes the importance of precise measurements and choosing the right glass type (float, tempered, with anti-corrosion coating) and pane shape. Modern solutions such as LED backlighting, anti-fog systems, and smart mirrors with integrated functionalities are described. Opportunities for personalization are presented, including beveled edges, engravings, and...

This guide summarizes the key aspects of choosing framed mirrors for hallways and vestibules, which serve both practical functions (checking appearance, optical enlargement) and decorative purposes. When selecting, consider size and proportions: opt for narrow, vertical models in small spaces, and larger forms as a strong accent in open interiors. Frames should be chosen to match the style: wood for classic and Scandinavian designs, metal for industrial interiors, and synthetic materials or...

This guide advises on how to select a living room mirror, focusing on size (min. 2/3 the length of the dominant furniture piece), shape (round, rectangular, irregular), and frame material (wooden, metal, frameless). It discusses the best mounting locations – most often opposite a window or as a central decorative element – and the technical aspects of safe hanging. The author presents current trends: compositions of multiple mirrors, designer frames as "works of art," and models with LED...

This is a brief summary of the article: Topic: A comprehensive guide to choosing an LED illuminated bathroom mirror. Advantages: Energy efficiency, even lighting, comfort for makeup application and shaving. Size and Format: Match width to the sink (80–120%), height 60–80 cm, minimum 10 cm clearance from the ceiling. Light Color Temperature: Warm (2,700–3,200 K), neutral (4,000–4,500 K), cool (5,500–6,500 K); CCT (Correlated Color Temperature) adjustment recommended. Power and Efficiency:...

Summary Self-cleaning heat-resistant glass is an innovative combination of temperature resistance up to 800–900°C with a special, photocatalytic coating (TiO₂). This coating uses UV rays to break down soot and grease, which are then easily rinsed away by water. Compared to standard heat-resistant glass, it eliminates the need for frequent manual cleaning, reducing operating costs and maintaining high transparency. It's used in fireplaces, stoves, fire doors, modern glass facades, as well as...

This article is a practical guide for replacing heat-resistant glass in your fireplace. It includes: A list of necessary tools and materials (glass, gasket, screwdriver, gloves, etc.) and safety rules (cold fireplace, hand protection). A detailed description of the steps: disassembling the old glass, removing and installing the new gasket, seating the glass, tightening fasteners, and a leak test during the first fire. Tips on common mistakes (e.g., overtightening, neglecting frame cleaning)...

Here's a concise summary of the article: This article is a practical guide on how to properly measure and order heat-resistant (ceramic) glass for your fireplace. It covers: Types of glass: Tempered vs. ceramic (ROBAX®, Neoceram® – recommended) Measurement steps: Removing the old glass or precisely measuring the opening, accounting for mounting clearance, determining thickness, shape, and locations for technical cutouts. Key parameters: Thickness (4–5 mm), thermal resistance above 800 °C,...

Summary of the Article on Heat-Resistant Fireplace Glass The best choice for fireplace doors is ceramic glass (e.g., Robax®, Neoceram), which resists temperatures up to 700–800 °C and thermal shock. Tempered glass (up to ~250 °C) and borosilicate glass (lower resistance) don't provide full safety in a fireplace. Key parameters include: certified thermal resistance (EN 12150-2, DIN, ISO), thickness of 4–6 mm, high light transmittance, and a tight seal for installation. Installation requires...