現代の建築中国における赤粘土中空レンガの利点

–1—

高性能断熱ブロックで構築された建物は、長期的な経済的利益を保証できます, 長期省エネ, 耐用年数中の最小限のメンテナンス費用.

—2—

高性能断熱ブロックで建てられた住宅は、焼結材料の非常に優れた耐久性により、長期的な使用価値があります。, which can ensure that the investment can serve several generations. High-quality sintered brick masonry buildings can be sold at high prices.

—3—

The comfort of the living room is good. A house built with high-performance thermal insulation blocks can make the interior feel very comfortable. Because of the countless micropores in the sintered product, it can adapt to the change of indoor and outdoor humidity very well, so it can ensure that it has a very good storage capacity for water vapor and a very good release capacity. The sintered building materials have a warm-colored surface, which can buffer the changes in humidity and heat. The sintered building materials have very few harmful substances, which can ensure a healthy indoor environment and make people feel comfortable indoors.

—4—

焼結ブロックが形成されるときに形成される気孔と、焼結中に多数の微孔構造が残るため, 施工した外壁は断熱性能に優れています.

—5—

焼結ブロックは太陽のエネルギーを自然に吸収できるので、, 部屋で発生した熱を吸収して蓄えることもできます. 壁に吸収された熱は、壁を通して部屋に放出することができます, ただし、リリース時間が長い-温度遅延時間が長い. 冬に, 熱を吸収して放出するこのプロセスは、室内温度の変動のバランスをとります, 暖房のためのエネルギーを節約します, 同時に、快適で暖かい屋内を感じます, そして夏は涼しい.

—6—

焼結ブロックは理想的な吸湿・放湿特性を持っています. 室内の湿気を吸収し、ブロックと同じ割合で湿気を放出します。. 季節を問わず壁の表面を比較的ドライに保つことができます, 室内環境の快適性を確保する.

The sintered wall roofing material product is a product with a microporous system. Its moisture conduction function can adjust the humidity in the building, and the speed of moisture absorption and drainage is equal. The water absorption and drainage speed of bricks are higher than other building materials 10 The structural strength of the building is not affected in any way when water is absorbed and discharged. This alone can improve the living environment and make the human body feel comfortable. さらに, the equilibrium moisture content of the brick masonry is very low, which enhances the heat insulation effect of the masonry.

建物の壁内の平衡水分とは、乾燥後に壁に残った水分と大気中の水分とのバランスを指します。. レンガ積み用, この平衡水分は、 0.3% に 0.7% そのボリュームの. 他の建材と比べて, これは非常に低い値です. レンガ造りの建物に住む人々に快適で健康的な環境を提供するのは、まさにこの非常に低い値です。. レンガ積みの吸水速度と排水速度はほぼ同じ, リビングルームの小さな環境の湿度を調整できます, which is often referred to as the \”breathing\” 効果. 加えて, レンガ積みの非常に低い平衡含水率も、エネルギー節約にとって非常に重要です.

建材の含水率が高くなるため, 断熱性能が低下します (または悪化する). この意味で, the brick itself is a very good \”insulation body\”, また、焼結レンガやブロックを配合した断熱材層を効果的に保護することもできます。, 吸湿による断熱性能の低下がありません。. パフォーマンス. 新築の建物本体の適正乾燥時間とは、特定の地域に建物を建設した後の乾燥時間のことです。, 特別な加熱方法を使わなくても、適切な時期に乾燥させることができます. 一般的に言えば, 各タイプの石積み構造は、建設中にモルタルから直接水を吸収します.

ここでの基準は: 吸収された水が材料から排出される速度. レンガ造りの建物は蒸気の拡散抵抗が若干あるため, 彼らは非常に速く乾燥し、平均的な乾燥サイクルは非常に短いです, 新しい建物の早期の配達と入居のための時間を提供します. 壁の乾燥サイクルは、地域や季節によって異なります. そして、いくつかの建材のこの乾燥プロセスは、多くの場合、数年続きます.

したがって, 乾燥時間は、選択した材料とさまざまな地域に応じて設計で指定する必要があります. 私たちの国は、この時期には十分ではありません, 多くの場合、納期を短縮するために, 早めに入居, 加飾材のカビや劣化の原因となります。; 加えて, 素材選びを間違えたため, 居住者が入居した後、材料はしばしば脱水されます, 壁のひび割れなどのトラブルの原因.

—7—

熱的快適性は非常に重要です, あれは, 建物の室内壁面の温度パラメータ. 表面温度が室内温度よりも著しく低いまたは高い場合, それは非常に不快な感情を引き起こします. 焼結ブロックは非常に優れた断熱性能を持っています, そして、それで構築された外壁は、室内の壁のより高い温度を保証します, そのため、非常に優れた熱的快適性があります.

夏に, およびその逆. The \”secret\” 断熱性能の良さは微孔質構造にあります, 小さな微細孔に空気がある場所. 原料調製時に微孔形成剤を添加, おがくずなど. 形を整えて乾燥させた後, it is fired at a high temperature of about 1000℃. The sawdust burns and volatilizes, leaving countless small and air-containing micropores, which greatly improves heat preservation. Thermal insulation performance. The porosity of the sintered block, combined with the well-designed hole geometry, has very good thermal insulation performance, which can greatly reduce the heat loss through the external wall.

The sintered block can be used as a heat storage body, and the sintered block wall can naturally absorb the heat from the sun and can store the heat from the room. When needed, the indoor heat it absorbs can then be transferred back to the supply room. This kind of performance can make the room feel comfortable. The characteristic becomes \”phase shift\”. The house of sintered blocks does not cool too quickly in winter, and it can keep the interior cool in summer. Sintered building materials have relatively low equilibrium moisture content and fast drying characteristics. したがって, the walls of sintered building materials can quickly form the best insulation layer, thereby saving energy consumption for heating and air conditioning.

—8—

Excellent fire resistance-sintered building materials products will not burn, they are sintered products, so they have \”immunity\” against fire. Sintered building materials will not produce any harmful gases in the event of a fire. When the thickness of the wall is 8cm or thicker, the wall can reach a fire rating of F90. つまり, in the event of a fire, people have 90 minutes to escape or transfer property. When a fire occurs, the harm to the human body is generally not the direct impact of the fire, but the smoke generated by the combustion of flammable building materials and decoration materials. But sintered blocks are sintered at high temperature, they do not burn, and will not release any harmful gases when a fire occurs.

—9—

Sound insulation performance is good. Sintered hollow (porous) blocks are sound insulation. Buildings need to have sound insulation measures to prevent noise from the outside and noise from neighbors. The noise generated by ventilation, impact and structure should be reduced to a level that does not affect others. The walls and floors made of sintered blocks ensure a quiet living environment and prevent noise from outside and inside the building. The outer wall of sintered blocks has excellent sound insulation performance. For places with special uses, there are also special sound insulation hollow blocks.

—10—

High structural strength. Sintered blocks are safe houses. Sintered blocks have a variety of different compressive strengths, and effective quality control and monitoring in production. For builders and architects, sintered blocks are safe and reliable.

—11—

Good seismic safety: For earthquake-resistant areas, sintered blocks for earthquake resistance have been specially developed. The wall built with seismic blocks shows that its seismic capacity is ten times higher than that of conventional blocks. したがって, in earthquake areas, seismic blocks can be used to build safe, economical and durable buildings. In high-earthquake areas, it is entirely possible to use sintered blocks to build walls. Because of every other building material, the wall structure and building structure selected in the earthquake-prone area must also meet the seismic requirements. Sintered blocks have high mechanical strength, and have very good bonding characteristics with mortar, so it can effectively improve the seismic performance of buildings.

Economical: Sintered blocks have the greatest quality and value retention. Although the choice of wall materials has little effect on the total cost of the building, it determines the quality of the building. Houses built with sintered blocks are economical, safe, and can maintain and increase in value, because the durability of sintered blocks is unparalleled. The use of sintered blocks can shorten the construction period of the building, significantly reduce the amount of mortar, and the maintenance cost during the use period is very low. The high thermal insulation performance and air tightness of sintered blocks greatly reduce energy consumption. The long-term service life can be preserved and increased in value, and houses can be built for several generations.