在诸多的保温材料中，橡塑保温材料可以说是佼佼者了。下面我们看看橡塑保温层都有哪些优点：
橡塑保温材料的优点：
1、绿色环保：不含有大气层有害的氯氟化物，符合ISO14000国际环保认证要求，所以在安装及应用中不会产生任何对人体有害的污染物。
2、导热系数低：橡塑是高品质的保温节能材料，是隔冷、隔热防结露的克星，热传导系数低并且保持稳定，对任何热介质起隔绝效果
3、防火性能好：橡塑材料符合国家标准GB8624《建筑材料燃烧性能分析法》 经测试判定为GB8624 B1 级难燃性材料。
4、闭泡式结构：橡塑为闭泡式结构，外界空气中的水很难渗透到材料之中，具有优异的抗水汽渗透能力，保冷保温层外表不必再添加隔汽层。橡塑的湿阻因子μ值大于3500(ISO9346) 构成内置的防水汽层，即使产品划伤也不影响整体的隔汽性。橡塑既是保温层又是防潮层。
5、用料薄、省空间：橡塑使用厚度比其它保温材料减少三分之二左右。因而能节省楼层吊顶以上空间，提高室内高度。
6、使用寿命长：橡塑具有卓越的耐天候、抗老化、抗严寒、抗炎热、抗干燥、抗潮湿，还具有抗紫外线、耐臭氧、二十五年不老化、不变形、免维护使用寿命长等特性。
7、外观高档、匀整美观：橡塑具有高弹性、平滑的表层，质地柔软，即使装在弯管、三通、阀门等不规则构件上都可以保持完整、美观，外表不须装饰，即使不吊顶也可保有高档性。
8、安装方便、快捷：由于材质柔软，且无须其它辅助层，施工安装简易，对于管道的安装，可随管道安装的进度一起套上，也可将橡塑管材剖开后再用专用胶水粘合而成即可。
那么橡塑保温层都有哪些应用呢？
保温性：
1. PPR水管防冻保护套：在冬季，由于PPR管的冷脆性致使的水管开裂，冰冻性决裂疑问占有冬季家庭水管事端的绝大部分比例。所以在酷寒的冬季做好水管的防冻保护办法就成为了确保冬季正常用水的一项重要工作项目。专业的耐低温橡塑保温层在0℃时拥有0.034w/m.h的导热系数，是绝佳的PPR管水管防冻保护材料。
2. 太阳能管道保温管：太阳能热水器是一种环保的产品，但是该产品容易遇到的问题就是冬天的时候容易冻住。专业的耐高温橡塑保温层的超强保温性能能够大大地缓解此问题的产生。
3. 暖通空调管道保温棉：橡塑保温材料既能够隔绝冬季的冷空气，又能够隔绝夏季的热空气。暖通空调管道在输送冷空气或者热空气的时候，冷热空气通过长长的管道输送到不同的房间，在管道中的冷损和热损是相当大的，而添加了保温层虽然花费了一些费用，但是在日后的使用中节省的费用甚至会超出花销的费用。因此，给暖通空调加一个保温层是给您节省开支的一个最佳办法。
隔音性：
橡塑保温棉，表面经过特殊无缝隙防水处理，能够阻隔大部分中高频声音。而内里有中空小孔，能使被表层过滤后的声音在气孔内震动磨损。在125---4000HZ噪音范围内吸音系数达到0.9以上，降噪系数大致在0.8-1.10左右，成为宽频高效吸音体系。
其实，橡塑的应用还有很多，甚至有一些还需要我们开发，您能想到橡塑都能用在哪些方面呢？我希望橡塑可以安装在汽车外部，在一些危险情况下能起到很好的缓冲作用，减小对行人的伤害，您认同我的看法么？
FOAM RUBBER INSULATION
Among a lot of insulation materials, foam rubber insulation can be one of the best. Today, let’s look at the advantages of foam rubber insulation:
Advantages of FOAM RUBBER INSULATION:
1.Environmental protection: FOAM RUBBER INSULATION does not contain harmful chlorofluorides for the atmosphere and conforms to the requirements of ISO14000standard, so FOAM RUBBER INSULATION will not produce any harmful pollutants to human body in the installation and application.
2.Low thermal conductivity: FOAM RUBBER INSULATION is a high quality energy saving material. FOAM RUBBER INSULATION is cold insulation, heat insulation and anti-condensation material. FOAM RUBBER INSULATION has low thermal conductivity and stable performance. FOAM RUBBER INSULATION has isolation effect on any thermal medium.
Rubber Foam Insulation
3. Good fire performance: Rubber Foam Insulation conform to the national standard GB8624 "Building Materials Combustion Performance Analysis" and is judged as GB8624 B1 Grade refractory materials.
4. Closed cell structure: Rubber Foam Insulation are closed cell structure,which makes it difficult for water to penetrate from the outside air into the material. Rubber Foam Insulation has good humidity resistance factor. The vapour resistance μ value is more than 3500(ISO9346) forming a built-in moisture resistance layer. Even scratch on the product does not affect the overall vapor resistance performance.Rubber Foam Insulation is both thermal insulation and moisture resistance
5. Thin materials, space saving: Rubber Foam Insulation is nearly as thick as on-third of other insulation materials.Thus save the space above the ceiling and improve the indoor height.
Elastomeric Insulation
6. Long service life: Elastomeric Insulation has not only excellent weather resistance, aging resistance, cold resistance, heat resistance, dry resistance, moisture resistance, but also anti-ultraviolet, ozone resistance, 25 years no aging, no deformation, maintenance free long service life and other characteristics.
7. Nice appearance, uniform and beautiful: Elastomeric Insulation has a high elasticity, smooth surface, flexible structure, even installed in bend pipe, tee, valve and other irregular components, Elastomeric Insulation can be maintained intact and beautiful. Even without ceiling, Elastomeric Insulation can maintain high-grade appearance
8. Convenient and fast installation: as Elastomeric Insulation is soft and does not need other auxiliary layers, the construction and installation is simple. For the installation of pipes, Elastomeric Insulation can be installed during theinstallation of pipes, or the Elastomeric Insulation can be cut open and then glued together with special glue.
Elastomeric Foam
So what are the applications of Elastomeric Foam?
Heat preservation:
1. PPR pipe antifreeze insulation: in winter, the cold brittleness of PPR pipe sometimescause the water pipe cracking. Freezing rupture question occupies the vast majority of winter household water pipe problems.So do a good job in the water pipe antifreeze protection has become an important work to ensure normal water use in winter.The professional low-temperature Elastomeric Foam has the thermal conductivity of 0.034w/m.h at 0℃. Elastomeric Foam is the best PPR pipe anti-freeze protection material.
2. Solar pipe insulation: solar water heater is an environmental friendly product, but the product is easy to encounter the problem of freezing in winter and make the shower at home difficult.The super insulation performance of the professional high temperature Elastomeric Foam can insulate the heater pipes and greatly alleviate the problem.
DUCT insulation
3. HVAC DUCT insulation: HVAC DUCT insulation can not only insulate the hot air in winter, but also the cold air in summer.While the HVAC DUCT transports cold or hot air to different rooms through long ducts, the energy loss are quite large. If you add an DUCT insulation, the energy cost saved will even exceed the material cost in the future.So DUCT insulation is one of the best ways to save money.
Sound insulation performance:
The surface of DUCT insulation, after special seamless waterproof treatment, can block most of the medium or high frequency sound.There are hollow holes inside that allow the sound filtered by the surface layer to vibrate and wear in the pores.In the noise range of 125-4000hz, the sound absorption coefficient reaches above 0.9, and the noise reduction coefficient is about 0.8-1.10, which makes it a broadband efficient sound absorption system.
In fact, there are many applications of rubber foam. We may also develop some new application. Can you think of rubber foam used in other aspects?I hope the rubber foamcan be installed on the outside of the car, which can play a buffer role in some dangerous situations and reduce the harm to pedestrians. Do you agree with me?
