Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
A composite thermal insulation material is composed of a material A, a material B, a material C and a material D. The specific formula is as follows: the material A is prepared by taking sepiolite accounting for 10-50% as a main raw material, matching and mixing 0.5-10% of 1-6 kinds of thermal insulation cotton selected in the ranges of mineral wool, rock wool, centrifugal cotton, Qilian cotton, aluminum silicate cotton and Russia cotton, adding 0.5-10% of 1-5 binders selected in the range of sodium silicate, polyvinyl alcohol binders and high-temperature binders, adding 0.5-8% of one to three penetrants selected in the range of an alkali-resistant penetrant, a nearly neutral penetrant, an acid-resistant penetrant and an acid-alkali-resistant penetrant, and adding 30%-70% of water, and stirring, and the material A has the main functions of bonding function; the material B is prepared by adjusting the proportion of combined raw materials on the basis of the components of the material A, adding 5-35% of heat preservation cotton on the basis of the material A and stirring, and the material B has the main functions of heat preservation and heat insulation; wherein the formula of the material C and the material D is confidential.
一种复合保温材料由A料、B料、C料、D料组成，具体配方如下：A料：以海泡石为主原料，占比10‑50%，搭配混合1‑6种保温棉，采用范围：矿棉、岩棉、离心棉、祁连棉、硅酸铝棉、俄罗斯棉，各占比5‑50%；加1‑5种粘结剂0.5‑10%，采用范围：水玻璃、聚乙烯醇粘结剂及高温粘结剂；加1‑3种渗透剂0.5‑8%，采用范围：耐碱性渗透剂、近中性用渗透剂、耐酸性渗透剂、耐酸碱性渗透剂；加水30‑70%搅拌而成，其功能以粘合功能为主；B料：以A料的成分为准，调整组合原料比例，在A料的基础上增加保温棉的比例5‑35%，搅拌而成，其功能以保温隔热功能为主；其中C料、D料配方保密。
A composite thermal insulation material is composed of a material A, a material B, a material C and a material D. The specific formula is as follows: the material A is prepared by taking sepiolite accounting for 10-50% as a main raw material, matching and mixing 0.5-10% of 1-6 kinds of thermal insulation cotton selected in the ranges of mineral wool, rock wool, centrifugal cotton, Qilian cotton, aluminum silicate cotton and Russia cotton, adding 0.5-10% of 1-5 binders selected in the range of sodium silicate, polyvinyl alcohol binders and high-temperature binders, adding 0.5-8% of one to three penetrants selected in the range of an alkali-resistant penetrant, a nearly neutral penetrant, an acid-resistant penetrant and an acid-alkali-resistant penetrant, and adding 30%-70% of water, and stirring, and the material A has the main functions of bonding function; the material B is prepared by adjusting the proportion of combined raw materials on the basis of the components of the material A, adding 5-35% of heat preservation cotton on the basis of the material A and stirring, and the material B has the main functions of heat preservation and heat insulation; wherein the formula of the material C and the material D is confidential.
一种复合保温材料由A料、B料、C料、D料组成，具体配方如下：A料：以海泡石为主原料，占比10‑50%，搭配混合1‑6种保温棉，采用范围：矿棉、岩棉、离心棉、祁连棉、硅酸铝棉、俄罗斯棉，各占比5‑50%；加1‑5种粘结剂0.5‑10%，采用范围：水玻璃、聚乙烯醇粘结剂及高温粘结剂；加1‑3种渗透剂0.5‑8%，采用范围：耐碱性渗透剂、近中性用渗透剂、耐酸性渗透剂、耐酸碱性渗透剂；加水30‑70%搅拌而成，其功能以粘合功能为主；B料：以A料的成分为准，调整组合原料比例，在A料的基础上增加保温棉的比例5‑35%，搅拌而成，其功能以保温隔热功能为主；其中C料、D料配方保密。
Composite thermal insulation material
一种复合保温材料
ZHANG DALIN (Autor:in)
18.06.2021
Patent
Elektronische Ressource
Chinesisch
IPC:
C04B
Kalk
,
LIME
| Europäisches Patentamt | 2024
| Europäisches Patentamt | 2024