Lumber concrete – a material that can accumulate and radiate light

Imagine a substance that has the exceptional capacity to both absorb and emit light, in addition to having the strength and durability of concrete. Log concrete is the name of this innovative and fascinating material. It ushers in a new era of building materials by fusing cutting-edge technology with time-honored building techniques.

Lumber concrete blends the practical advantages and visual appeal of luminescent qualities with the durability of concrete. This material emits a soft glow at night by gradually releasing the light it absorbs during the day. This feature can greatly improve the ambience and safety of areas like gardens, walkways, and even interior designs, which can help save energy by lowering the need for artificial lighting.

Photoluminescent materials are mixed into the concrete mixture to create lumber concrete. In darker environments, light energy is captured and stored by these materials before being released. This has practical uses as well, like highlighting architectural details or lighting pathways. It also produces visually arresting effects.

Lumber concrete is used for purposes other than aesthetics. By using less energy and less electricity for lighting, it provides long-term advantages. Its ability to combine functionality with environmentally friendly methods could completely change the way we think about building and design. It is an inventive and versatile material.

Lumber concrete is essentially evidence of the remarkable progress made in the field of material science. Because of its capacity to capture and radiate light, regular concrete becomes a functional and dynamic element of contemporary architecture. This innovation opens up new possibilities for designers, builders, and architects, enabling them to create spaces that are not only beautifully lit but also sound structurally.

What is a lumber concrete?

Lumber concrete, also known as luminary concrete, is a contemporary finishing material that can absorb light and release it into the darkness.

Crucial! Lumber-concrete has a gorgeous, delicate luminescent glow at night, and this is the primary distinction between it and regular concrete stone.

You can’t even turn on the room’s nightlight if a sizable portion is covered in lumber concrete because of the intense lighting it produces. Depending on the kind of fluorescent pigment added, the glow itself can have a variety of colors, such as green, blue, red, pink, orange, etc. D.

The illumination can last anywhere from six to twelve hours before becoming less intense. The material is painted, which is unusual for concrete and makes it look lovely in the daylight.

Areas of use

Lighting concrete looks fantastic both indoors and out. Using it for regular construction work is absurd because nobody will see the wall cloth covered in lining or the fluorescent foundation. To improve their aesthetics, they are typically embellished with facades, street structures, or interior design.

Outside, they fabricate it into:

• flower beds;
• lanterns;
• sidewalks;
• paths;
• decorative cobblestones;
• Sculptures.

Timber concrete is equally good for interior work; it is used to create stunning countertops, fireplaces, wall décor, and ceilings. The material is resistant to extremes in temperature and humidity, and it is not adversely affected by sunlight, frost, wind, or precipitation.

Smalling stone is not affected negatively by shocks or other forms of mechanical exposure. He is suitable for children’s rooms as well as being safe for humans and not causing allergies.

The novel material known as lumber concrete, which combines concrete and wood, has the unusual property of emitting light at night and absorbing light during the day. There are exciting opportunities to improve visibility and aesthetics in architectural designs with this luminous quality. Buildings and structures can create visually arresting and useful spaces while using less energy for lighting by incorporating this light-accumulating feature.

Composition composition and proportions

The primary ingredients are cement and quartz sand (0.3–1.2 mm). Gypsum can be used in place of cement, but it is not appropriate for use on streets. In addition, plasticizers, hydrophobic materials, polymers, titanium white, and specialty pigments are added to lumber concrete.

Crucial! Although precise ratios for making luminous concrete are unknown, professionals advise keeping the cement to sand ratio near to ½.

The fluorescent pigment (phosphor tat33, for example) is the most expensive part of the material but is essential to production. The color of luminous concrete gets brighter the more pigment is added to the mixture.

Additives to lumber concrete

Special additives are added to the material to ensure that it lasts a long time and is not destroyed by temperature changes or other harmful factors:

1. Plasticizers (1.5-3%). Provide a proper level of plasticity, increase strength. Without these substances, concrete can crack from any mechanical effect.
2. Hydrophobisators (1%). Increase moisture resistance of products. These additives are mandatory if the lumber concrete is operated in street conditions or in wet rooms.
3. Combined additives (1%). Give increased strength, frost resistance.
4. Titanium white. Used when concrete is based on gray cement.

Advantages and disadvantages of the material

Luminituity’s primary benefit is its superior aesthetics. The substance actually emits gentle light, giving it an extraordinary and striking appearance.

Additional benefits of employing luminescent concrete:

• partial reduction in electricity costs, especially outside the premises;
• safety, hypoallergenicity, environmental purity;
• long service life (up to 100 years), wear resistance;
• universality, extensive field of use;
• Wide color scheme.

Crucial! One of the material’s drawbacks is that, at between 10,000 and 15,000 rubles per kilogram, fluorescent pigment is produced at a high cost.

The strength and adaptability of concrete are combined with the natural qualities of wood to create the intriguing and cutting-edge material known as lumber concrete. Its unique quality is its capacity to both store and emit light, which makes it an energy- and environmentally-efficient material for a variety of building applications. This special quality can drastically cut down on the need for artificial lighting, which will save expenses and energy usage.

By incorporating photoluminescent materials—which absorb and store light energy from artificial or natural sources—lumber concrete is able to store light. These materials release stored energy as a gentle glow when ambient light levels drop, giving off light without the need for additional energy. This not only makes buildings look better, but it also makes them safer in low light.

Additionally, lumber concrete benefits from the strength and durability of concrete while preserving the warmth and beauty of wood. Its light-emitting capability gives architectural designs a useful and beautiful element, which makes it a desirable choice for both residential and commercial projects. Because of its adaptability, it can be used for a wide range of projects, including furniture, outdoor installations, walls, and flooring.

To sum up, lumber concrete is a revolutionary material that combines the advantages of concrete and wood, plus it emits light. It offers advantages that are practical, aesthetically pleasing, and environmentally friendly, marking a significant advancement in sustainable building materials. Lumber concrete is positioned to be a key component of building and design in the future as the need for environmentally and economically responsible solutions increases.

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