擋浪石模具 消浪石模具的具體作用就是阻止海浪上岸。為海浪施加壓力。在一些水利工程的建設(shè)和船運(yùn)港口的修建可以常常看到。當(dāng)海浪經(jīng)過(guò)大范圍的緩沖石的時(shí)候緩沖石會(huì)給海浪帶來(lái)很大的阻力,拖慢海浪行進(jìn)的步伐。在海浪到達(dá)防浪堤的時(shí)候就沒(méi)有一開(kāi)始那么大的沖擊力和破壞力,既可以保護(hù)防浪堤也可以保護(hù)海岸,所以才被稱為擋浪石模具 消浪石模具。在使用擋浪石模具 消浪石模具之前我們可以為模具刷上防銹油,方便脫模的操作也可以延長(zhǎng)模具的使用壽命一舉兩得。然后將混凝土倒進(jìn)模具里邊,再用棍子進(jìn)行細(xì)細(xì)的攪拌,確保模具里面的混凝土沒(méi)有大顆粒的異物就可以使用大功率的振動(dòng)棒震動(dòng)模具排除氣泡了,氣泡如果沒(méi)有即使的排出去就會(huì)凝固在混凝土的和表層。生產(chǎn)出來(lái)的緩沖石就會(huì)表面粗糙,凹凸不平,有著大大小小的蜂窩狀孔洞,在投入使用后經(jīng)過(guò)海水的不斷沖刷蜂窩狀的孔洞就會(huì)不斷的擴(kuò)大,導(dǎo)致整個(gè)緩沖石破裂,影響整體的使用效果。The specific function of the wave retaining stone mold is to prevent the waves from coming ashore. Put pressure on the waves. It can often be seen in the construction of some water conservancy projects and shipping ports. When the wave passes through a large range of buffer stones, the buffer stones will bring great resistance to the wave and slow down the pace of the wave. When the waves arrive at the breakwater, they do not have the same impact and destructive force at the beginning. They can protect both the breakwater and the coast. Therefore, they are called wave retaining stone mold and wave dissipating stone mold. Before using the wave retaining stone mold and wave eliminating stone mold, we can brush the mold with antirust oil to facilitate the demoulding operation, and also prolong the service life of the mold, killing two birds with one stone. Then pour the concrete into the mold and stir it carefully with a stick to ensure that there are no large particles of foreign matters in the concrete in the mold. You can use a high-power vibrating rod to vibrate the mold to eliminate bubbles. If the bubbles are not discharged, they will solidify on the and surface of the concrete. The surface of the produced buffer stone will be rough and uneven, with large and small honeycomb holes. After being put into use, the honeycomb holes will continue to expand through the continuous scouring of seawater, resulting in the rupture of the whole buffer stone and affecting the overall use effect.