輸送帶作為工業(yè)生產(chǎn)的常用工具,它是由多個組件,鋼絲繩輸送帶生產(chǎn)商為了能夠保證輸送帶的使用效果和使用壽命,在橡膠中使用的各種組件有不同的選擇,一般來說,主要有四類常用橡膠:隱藏膠、橡膠緩沖層橡膠和布擦膠、布層。那么如何確定這些膠的比例呢?以下是我的解釋,希望對你有所幫助。
Conveyor belt, as a common tool in industrial production, is composed of multiple components. In order to ensure the use effect and service life of conveyor belt, steel wire conveyor belt manufacturers have different choices for various components used in rubber. Generally speaking, there are four types of commonly used rubber: Hidden rubber, rubber buffer layer rubber, cloth rubbers and cloth layers. So how to determine the proportion of these adhesives? Here is my explanation, hoping to help you.
對于使用掩模膠的掩模輸送帶,在運輸物體時易受材料磨損甚腐蝕的影響,同時還伴隨著鋼絲輸送帶本身的老化。在這種情況下,輸送帶對膠水的材質(zhì)有要求。屏蔽橡膠的抗拉強度和耐磨性都比較高,并且具有耐老化、耐腐蝕的特點,是屏蔽橡膠輸送帶的。在配方方面,原料橡膠一般以天然橡膠為基礎(chǔ),橡膠含量約為50%。硫系仍然采用傳統(tǒng)的硫與催化劑的配位體系,催化劑為M型和DM型。

For the mask conveyor belt using mask glue, it is easy to be affected by material wear and corrosion when transporting objects, and it is also accompanied by the aging of the wire conveyor belt itself. In this case, the conveyor belt has requirements for the material of glue. Shield rubber has high tensile strength and wear resistance, and has the characteristics of aging resistance and corrosion resistance. It is the first choice of shield rubber conveyor belt. In terms of formula, the raw rubber is generally based on natural rubber, and the rubber content is about 50%. The traditional coordination system of sulfur and catalyst is still used in sulfur system, and the catalysts are M-type and DM type.
緩沖膠的主要作用是增加附著力,因此它是用于覆蓋之間的粘合劑和芯層,通過這種方式,不僅可以發(fā)揮緩沖的作用,分散材料的影響,彈性和緩沖膠本身,更少的熱量生成,良好的散熱特性,以確保良好的附著力。對于緩沖器,加速器采用M、MD、TMTD系統(tǒng)。
The main function of buffer adhesive is to increase the adhesion, so it is used to cover the adhesive and core layer between. In this way, it can not only play the role of buffer, disperse the influence of materials, elasticity and buffer adhesive itself, less heat generation, good heat dissipation characteristics, to ensure good adhesion. For the buffer, the accelerator adopts m, MD and TMTD systems.