宣城華美供應橡塑保溫管 橡塑海綿管打款現貨秒發

橡塑保溫材料與其他保溫材料的泡孔結構比：

Rubber and plastic heat preservation material and other insulation foam pore structure than:

1、玻璃纖維：開孔結構水汽滲透率*（濕阻因子為3-5），導致隨使用時間延長導熱系數升高，使保溫效果大大降低。

1, glass fibre: open pore structure high water vapor permeability (wet resistance factor for 3 to 5), result in higher with the extension of use time coefficient of thermal conductivity, the heat preservation effect is reduced greatly.

2、發泡聚乙烯：連孔結構，添加阻燃劑后有較高的水汽滲透率（濕阻因子為1000），其材質硬而發脆，易破損，壽命短。

2, foaming polyethylene: even the pore structure, adding flame retardant has a high water vapor permeability (wet resistance factor of 1000), the material of hard and brittle, easy damage, short service life.

3、橡塑保溫材料：閉孔結構有極小的水汽滲透率（濕阻因子為10000以上）能長期保持較低的導熱系數。

3, rubber and plastic heat preservation material: obturator structure with minimal water vapor permeability (wet resistance factor of 10000 or above) to maintain low coefficient of thermal conductivity for a long time.

采暖、空調管道保溫材料性能比較表

Heating, air conditioning pipe heat preservation material performance comparison table

材料名稱 密度 導熱系數 溫度 經濟指標

The name of the material Density coefficient of thermal conductivity temperature indicators

水泥珍珠巖管 250-400 0.058-0.087 <600 不適用

Cement perlite tube 250-400-0.058-0.087 < 600 shall not apply

巖棉保溫管 100-200 0.082-0.058 -268-350 綜合成本高

Rock wool insulating tubes, 100-200-0.082-0.058-268-350 comprehensive cost is high

硅酸鋁纖維管 300-380 0.047-0.058 ≤1000 價格較高

Aluminum silicate fiber, 300-380-0.047-0.058 or less 1000 price is higher

聚苯乙烯塑料管20-50 0.031-0.047 -80-70 價格適中

Polystyrene plastic pipe 20 to 50 moderate price 0.031-0.047-80-80

聚氨酯預制保溫管 30-42 0.023 50-160 成本高

Prefabricated polyurethane insulation pipe 30-50-160 0.023 42 cost is high

橡塑絕熱保溫管 50-60 0.032 -50-110 價格相對低廉

Rubber insulation pipe 50 to 60 0.032-50-110 price is relatively cheap

水泥珍珠巖，巖棉，聚苯乙烯塑料

Cement perlite, rock wool, polystyrene plastics

宣城華美供應橡塑保溫管 橡塑海綿管打款現貨秒發

橡塑保溫管生產廠家在產品的運輸過程中總會遇到這樣那樣的問題，那能否對這些問題進行正確的分析，并提出解決方案就顯得尤為重要了。下面小編就來給您科普一下。

Rubber insulation pipe manufacturers in the process of the transportation of products will always meet this or that kind of problem, is that the correct analysis of these problems, and puts forward solution is particularly important. Below small make up just to give you the popular science.

    橡塑保溫管能夠減少取暖能源消耗，是新一代的節能保溫材料。上世紀70年代，不少國家已經開始重視建筑節能，橡塑保溫管開始走向市場，有效的減少了取暖保溫消耗的能源。

Rubber insulation pipe can reduce heating energy consumption, is the new generation of energy-saving insulation materials. In the 1970 s, many countries have begun to attach importance to building energy efficiency, rubber insulation pipe began to market, reduce the heating heat consumption of energy.

橡塑材料

Rubber and plastic materials

廊坊福佳斯新型保溫建材有限公司

Langfang at the new thermal insulation building materials co., LTD.

：

sales hotline:

一、橡塑保溫材料介紹：

A, rubber and plastic heat preservation material is introduced:

1.1、橡塑板保溫材料一般是聚苯乙烯、聚氨酯等材料經發泡處理。

1.1, rubber plate heat preservation material is generally materials such as polystyrene, polyurethane foaming process.

1.2、橡塑保溫材料是彈性閉孔彈性材料，具有柔軟，耐曲繞，耐寒，耐熱，阻燃，防水，導熱系數低，減震，吸音等優良性能，可廣泛應用于中央空調、建筑，化工，輕紡，冶金，傳播，車輛，電器等行業和部分的各類冷熱介質管道，容器，能達到降低冷損和熱損的效果。加上施工簡便，外觀整潔美觀，且產品不含纖維粉塵，不會滋生任何霉菌等有害物質，因此是一種高品質的跨世紀新一代絕熱保溫材料。

1.2, rubber and plastic heat preservation material is elastic obturator elastic material, with a soft, resistance to bending, cold resistant, heat resistant, flame retardant, waterproof, low thermal conductivity, shock absorption, sound-absorbing and other excellent properties, which can be widely applied to central air conditioning, construction, chemical industry, textile, metallurgy, communication, vehicles, electrical appliances and other industries all kinds of hot and cold media pipeline, and part of the container, and can achieve lower cold loss and thermal damage effect. Combined with the construction is simple, neat and beautiful appearance, and the product does not contain fiber dust, harmful material such as won't breed any mold, therefore is a kind of high quality across century a new generation of insulation materials.