玻璃钢贮罐在进行操作的过程中可以有效的分为立式和卧式机械缠绕璃钢储罐、玻璃钢卧式罐、立式贮罐、运输罐、玻璃钢运输罐等系列的容器，在进行操作的过程中会有效的根据其所用介质来选用环氧树脂、改性或聚酯树脂、酚醛树脂为粘结剂，由高树脂含量的耐腐蚀内衬层、防渗层、纤维缠绕加强层及外表保护层组成。

     玻璃钢贮罐的优点及特点

     玻璃钢贮罐在一定程度上会具有优良的物理性能，在进行使用时会比塑料以及铸铁的强度都高，在进行使用时其热传导系数一般只有钢的0.5，是一种很好的热和电的缘体验。玻璃钢制品设计灵活性大，壁结构性能优异，产品工作温度在-50～200℃之间。

     玻璃钢贮罐的耐压一般在6.4MPa以下具有耐压、抗老化、耐腐蚀以及使用寿命长等优点，在进行操作时具有缘、无毒、强度高、防渗、重量轻、表面光滑等特点，机械缠绕玻璃钢容器可以通过改变树脂系统或采用不同的增强材料来调整产品的物理化学性能以适应不同介质和工作条件需要，通过结构层厚度、缠绕角和壁厚设计制不同压力，是纤维缠绕复合材料的显著特点。

     玻璃钢贮罐在一定程度上需要有效的将其储存介质的压力、温度以及能承受的使用压力以及使用温度等一些数据有效的汇集起来，这样就可以在一定程度上作为其设计的基础数据。

     玻璃钢贮罐的材料选择，在进行操作的过程中其介质的腐蚀性在一定程度上是考虑其贮罐材料的重要因素。腐蚀性物料视工作压力、工作温度的情况可选择搪瓷容器、搪玻璃容器，也可由钢制压力容器衬胶、衬瓷、衬聚四氟乙烯等来提高容器的耐腐蚀性能。

     玻璃钢贮罐的类型，在进行操作的过程中有效的包括了封头以及立式的型式。设计时根据工艺条件的要求，从标准系列容器中，选出与工艺条件各参数(工作压力、工作温度、介质、容积)相符的容器型式。

During the operation of frp storage tanks, they can be effectively divided into vertical and horizontal mechanically wound frp storage tanks, horizontal frp storage tanks, vertical storage tanks, transport tanks, frp transport tanks, etc. , during the operation, the epoxy, modified or polyester resin and Phenol formaldehyde resin are used as binders according to the media used, the utility model is composed of a corrosion-resistant lining layer with high resin content, a impermeable layer, a filament winding reinforcing layer and an exterior protective layer. The advantages and characteristics of frp tanks, frp tanks will have excellent physical properties to a certain extent, when used than plastic and cast iron are stronger, when in use, its thermal conductivity is generally only 0.5 of steel, which is a good thermal and electrical insulation experience. The design of frp products is flexible and the wall structure is excellent. The working temperature of the products is-50 ~ 200 °C. 201803270937197467. The pressure resistance of the JPG frp storage tank is generally below 6.4 MPA, which has the advantages of pressure resistance, aging resistance, corrosion resistance and long service life, the mechanically wound frp container can be modified by changing the resin system or by using a different reinforcing material to adjust the physical chemistry properties of the product to suit different media and working conditions, the design and manufacture of different pressures through the thickness of the Structure Layer, the winding angle and the wall thickness are the remarkable characteristics of the filament-wound composites. To a certain extent, the FRP tank needs to effectively integrate the pressure, temperature, service pressure and service temperature of its storage medium, this can be used to a certain extent as the basis of its design data. The material selection of glass fiber reinforced plastic tank and the corrosiveness of its medium during operation are important factors to consider the material of the tank. Depending on the working pressure and temperature, the corrosive materials can be used to improve the corrosion resistance of the vessels, such as enamel vessels, glass lined vessels, steel pressure vessels, porcelain lined vessels, ptfe lined vessels, etc. . The type of frp tank effectively includes both the head and the vertical type during operation. According to the requirements of the process conditions, the types of the containers corresponding to the working pressure, working temperature, medium and volume of the parameters of the process conditions were selected from the series of national standard containers.