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不燃防火改性防火不燃聚苯板介绍
发布时间:2021-02-12    发布人:富美家防火板小编   网址:https://www.zhumeiyike.com/   点击:
1、AX阻燃:Aeps聚合聚苯板克服了传统EPS泡沫板易燃的缺点,在生产过程中,经高压气旋搅拌、挤压、低温发泡,使阻燃材料成了蜂巢防火隔离仓,阻断火焰传播,不引燃,不蔓延,给工程在火焰的情况下提供了保障,安全性非常高。2、保温隔热:Aeps聚合聚苯板延续了传统有机保温材料导热系数低的X点,比市场上常见的酚醛板、泡沫板等保温效果好。让建筑更节能,让居室更舒适。
1, AX flame retardant: Aeps polymerized polystyrene board overcomes the shortcomings of the traditional EPS foam board flammable. During the production process, the high pressure cyclone stirred, extruded and low temperature foaming, so that the flame retardant material became a honeycomb fire isolation bin, blocking the flame propagation, not igniting and not spreading, which provided a guarantee for the project in the condition of fire flame, and the safety was very high. 2, thermal insulation: Aeps polymerized polystyrene board continues the traditional organic insulation material with low thermal conductivity X point, better than the common phenolic plate and foam board in the market. Let the building more energy saving, let the room more comfortable.
3、性能X越:Aeps聚合聚苯板是闭合的球状分子结构,尺寸稳定性好,无毒,经过反复高温——淋水循环和数次加热——冷冻循环后,未产生渗水裂缝,未出现饰面层气泡、空鼓和脱落现象。AX防火保温板比岩棉憎水性好、比酚醛板强度高、比泡沫玻璃韧性好,不吸水、不脱粉、有韧性、易施工。
3. Performance: the AEPs polyphenylene board is a closed spherical molecular structure with good dimensional stability and non-toxic. After repeated high temperature water spraying cycle and several heating freezing cycles, there is no water seepage crack, bubble, hollowing and falling off phenomenon of the facing layer. AX fire insulation board has better hydrophobicity than rock wool, higher strength than phenolic plate, better toughness than foam glass, no water absorption, no powder removal, toughness and easy construction.
4、施工方便:Aeps聚合聚苯板施工工艺与传统的EPS板薄抹灰外墙外保温系统施工工艺几乎完全相同,会施工薄抹灰,就会施工,不存在其他新型材料用工难的问题。硅质聚苯板60厚一平方价格
4. Convenient construction: the construction technology of AEPs polymerized polystyrene board is almost the same as that of the traditional EPS board thin plastering external wall external insulation system. If you can construct thin plastering, you can construct, and there is no difficulty in using other new materials. Price of 60 thick silicon polystyrene board per square meter
A级防火不燃板
5、性价比高:Aeps聚合聚苯板保留了传统EPS泡沫般的"导热系数低、保温效果好、工艺成熟"的X点,并且成本性价比高,市场前景广阔。
5, high cost performance: Aeps polymerized polystyrene board keeps the traditional EPS foam like X point with low thermal conductivity, good heat preservation effect and mature technology, and has high cost performance ratio and wide market prospect.
不燃防火改性防火不燃聚苯板-无机渗透保温板
Flame retardant modified flame retardant polystyrene board inorganic penetration insulation board
用X域:产品主要用于建筑室内,多用于外墙外保温薄抹灰系统、贴面砖系统及保温一体化创能板系统;此外在消声系统,交通工具,
Application X domain: the products are mainly used in the interior of buildings, and are mostly used in the thin plastering system for external thermal insulation, tile system and integrated heat insulation energy generating board system; in addition, in the noise elimination system, transportation, etc,
制冷设备,家用电器的减震、吸声、降噪处理,效果十分理想。
Refrigeration equipment, household appliances shock absorption, sound absorption, noise reduction treatment, the effect is very ideal.
产品主要特点:
Main features of the product:
硅质改性聚苯板是运用高分子技术,结合多学科跨X域创新合作,创造出的特点鲜明、性能稳定的防火保温板,简称“硅质改性聚苯板”。
Silicon modified polystyrene board is a kind of fire-proof and thermal insulation board with distinctive characteristics and stable performance, which is created by using polymer technology and interdisciplinary innovation and cooperation.
硅质改性聚苯板有X异的保温性能,防火性能可达AX不燃。硅质改性聚苯板的技术,应用了跨X域、跨学科的高分子技术,完全抛弃了原有板材等材料的分子改性,或添加阻燃剂的路径,引入全新的防火概念。有机高分子在受热膨胀过程中带动无机分子向边缘运动,X终形成蜂窝状隔离仓,使每一个有机大分子的颗粒形成相对X立的防火个体,从而X阻断了热量的传导和火焰的传播,达到了“准不燃”的效果。
Silicon modified polystyrene board has x different thermal insulation performance, fire resistance up to AX non combustible. The technology of silicon modified polyphenylene board applies the Cross-X domain and interdisciplinary polymer technology, completely abandons the molecular modification of the original board and other materials, or the path of adding flame retardant, and introduces a new concept of fire prevention. In the process of thermal expansion, organic polymer drives inorganic molecules to move to the edge, and X eventually forms a honeycomb isolation bin, which makes each particle of organic macromolecule form a relative X-shaped fireproof individual, thus x blocks the heat conduction and flame transmission, and achieves the effect of "quasi non combustible".