An aging-resistant rubber waterstop
A rubber waterstop and anti-aging technology, which is applied in the fields of construction, bridges and tunnels, can solve the problems of poor aging resistance and high maintenance costs, and achieve improved aging resistance and salt spray resistance, good protection, and super anti-aging sexual effect
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Embodiment 1
[0030] A U-shaped anti-aging rubber waterstop, such as figure 1 As shown, it includes a polyurea protective layer 2 and a rubber elastic layer 1 that are compounded together; the rubber elastic layer 1 adopts one of neoprene, natural rubber or EPDM rubber; the rubber elastic layer 1 is U-shaped;
[0031] The polyurea protective layer 2 is composed of the isocyanate component (referred to as component A) and the amino compound component (referred to as component B) through high temperature and high pressure impact mixing and spraying on the cured layer film of the rubber elastic layer. The thickness of the polyurea protective layer 2 is generally 2mm. ; Among them, the materials and contents of components A and B are the same as above;
[0032] The polyurea protective layer 2 of the present invention has super aging resistance and salt spray resistance, plays a good protective role on the inner rubber elastic layer 1, and effectively improves the aging resistance and salt spray...
Embodiment 2
[0034] A W-type anti-aging rubber waterstop, such as figure 2 As shown, including the polyurea protective layer 2 and the rubber elastic layer 1 compounded together, the rubber elastic layer adopts one of neoprene rubber, natural rubber or EPDM rubber; the rubber elastic layer is W-shaped;
[0035] The polyurea protective layer is sprayed on the cured layer film of the rubber elastic layer by mixing the isocyanate component and the amino compound component through high temperature and high pressure impact type. ;
Embodiment 3
[0037] A PE type anti-aging rubber waterstop, such as image 3 As shown, it includes a polyurea protective layer 2 and a rubber elastic layer 1 that are compounded together; the rubber elastic layer adopts neoprene, natural rubber or EPDM rubber; the rubber elastic layer is PE type;
[0038] The polyurea protective layer is made of isocyanate component (referred to as component A) and amino compound component (referred to as component B) through high temperature and high pressure impact mixing and spraying on the cured layer film of the rubber elastic layer, wherein the materials and contents of components A and B are Same as above; the thickness of polyurea protective layer is generally 1mm;
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