Efficient artificial core epoxy resin pouring device
An artificial core and epoxy resin technology, which is used in measuring devices, sampling, instruments, etc., can solve problems such as the difficulty of completely smoothing the transparent tape, the uneven surface of the poured core, and the fixed size of the mold, so as to improve the visibility, The effect of smooth surface and saving work cost
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Embodiment 1
[0019] refer to figure 1 , figure 2 and image 3 , a high-efficiency artificial rock core epoxy resin pouring device, the pouring device includes a bottom silica gel board 1, a bottom bakelite board 2, a polytetrafluoroethylene board 6, a core assembly 5, a bottom channel steel 3, a top channel steel 4, and short bolts 7 and long bolts 8; the rock core assembly 5 includes a rock core body 51, a pouring core end 52, an end bakelite board 53, an end silica gel plate 54 and a fixing bolt 55, and the pouring rock core end 52 is glued on both sides of the rock core body 51 end, the outer convex edge of the pouring core end 52 is provided with threaded holes, and the end bakelite board 53 and the end silica gel plate 54 are fixed on the pouring rock core end 52 by fixing bolts 55, and the end bakelite board 53 and The shape of the end silica gel plate 54 is the same as that of the rock core body 51, and its size is larger than that of the rock core body 51; the bottom silica gel ...
Embodiment 2
[0021] The steps of pouring epoxy resin using a high-efficiency artificial core epoxy resin pouring device are:
[0022] (1) Lay the 100cm´60cm bottom silicone board 1 on the 100cm´60cm bottom bakelite board 2;
[0023] (2) Bond the poured core end 52 (width´height´thickness=4.5cm´4.5cm´1.5cm) to both ends of the artificial core body 51 (length´width´height=30cm´4.5cm´4.5cm) , tighten the end bakelite board 53 (width´height´thickness=6.0cm´6.0cm´1.0cm) and the end silicone plate 54 (width´height´thickness=6.0cm´6.0cm´1.0cm) by fixing bolts 55 Fixed on the end 52 of the pouring rock core; wherein the silica gel plate surface is in contact with the end 52 of the pouring rock core;
[0024] (3) Place the above-mentioned rock core body 51 to be poured in the central area between two bottom channel steels 3 (with a distance of 48cm), put 7 assembled artificial rock cores, and use polytetrafluoroethylene to separate the different rock cores. The plate 6 (length´width´height=35cm´0...
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