当前位置: 首页 > 行业资讯 > 国内资讯 > 墙体保温材料保温板的多元化推广

相关商品

浏览历史

墙体保温材料保温板的多元化推广
www.maibw.net / 2016-01-18

这些年,中国保温材料隔热行业的商品结构发作了显着的改变,各类新式保温板资料不断出现,其间水泥泡沫硅钙类保温隔热资料所占份额逐年增长,硬质类保温隔热商品的份额逐年下降,这些新式保温隔热资料在功能大将趋于多样化发展。
These years, China insulation insulation industry commodity structure has a significant change in attack, all kinds of new insulation board data continue to emerge. During foam cement calcium silicate insulation and insulation materials share increased year by year, hard insulation insulation products share decreased year by year, these new insulation and insulation materials function in general tend to diversification development.
轻质化资料 在同种原料下,保温隔热资料的密度越小,隔热作用越好。此外,轻质化资料不会添加修建围护结构的额外担负,下降了因为结构担负过大而造成渗漏的可能性。
Under the same raw materials, the density of heat preservation and heat insulation materials is smaller, and the heat insulation effect is better. In addition, lightweight materials will not be added to the additional burden of building envelope, because the structure is too large to cause leakage.
绿色环保资料 近 年来,粉煤灰、废旧泡沫塑料等废弃物在保温隔热范畴的到了广泛的运用。跟着对那些降解难度大、处理成本高的废弃物的大力开发,资本得到了有用的运用,环境 也因而大幅度改善。对这些废弃物的处理上,国家加大了方针扶持力度,因而,以废旧泡沫塑料为原料的保温隔热资料将会有较大的价格优势。一起在出产过程中, 尽量削减出产能耗和污染物的排放,开发以植物纤维为首要原料的绿色环保资料,也将是保温隔热资料的发展趋势。
Green environmental protection materials in recent years, fly ash, waste foam and other waste materials in the scope of thermal insulation to a wide range of use. With the great efforts to develop the waste which is difficult to be degraded, the cost of treatment is high, the capital has been used, and the environment has been improved greatly. On the disposal of these wastes, the state has increased the intensity of policy support, and therefore, the waste foam as raw material for the insulation material will have a greater price advantage. Together in the production process, as far as possible to reduce energy consumption and pollutant emissions, the development of plant fiber as the main raw material of green environmental protection material, will also be the development trend of thermal insulation materials.
超效绝热资料 现在,超效绝热资料首要分真空绝热资料和纳米孔资料两种。运用真空资料或许将资料固体有些的厚度下降,乃至将孔隙巨细约束在纳米级,就可以消除空气的对流和透红线功能,减小热传导和对流的发作,进步资料的隔热作用。
Ultra efficient thermal insulation materials are now the main points of the ultra efficient thermal insulation material and the data of two kinds of nano pores. Using vacuum data may be solid materials some decreases in thickness and pore size constraints at the nanoscale, you can eliminate the air convection and through the function of the red line, reduce the onset of heat conduction and convection, progress of thermal insulation.
无机保温资料 (例如复合硅酸线保温资料等)研讨要点应放在削减出产过程中动力的小号、约束尘埃和纤维的排放、削减粘结剂的用量。有机保温资料(例如聚苯乙烯泡沫保温资料、聚氨酯泡沫等),研讨要点放在找出更适宜的发泡剂以替代F11;改善资料的阻燃功能和下降资料的出产成本。
Inorganic thermal insulation materials (such as composite silicate insulation materials, etc.) should be put in the main points of the reduction in the production process of the power of the trumpet, the constraints of dust and fiber emissions, reduce the amount of binder. Organic heat preservation material (such as polystyrene foam insulation materials, polyurethane foam), research points on to find more suitable for foaming agent to replace the F11; improve flame retardant function and decrease data production costs.
研发多功能复合保温资料,进步商品的保温功率和扩展商品的运用面。
Research and development of multi functional composite thermal insulation material, improve the thermal insulation power of goods and expand the use of goods.

买保温材料,就到华东保温商城

用户评论(共0条评论)

  • 暂时还没有任何用户评论
总计 0 个记录,共 1 页。 第一页 上一页 下一页 最末页
用户名: 匿名用户
E-mail:
评价等级:
评论内容:
验证码: captcha