Cast in place cement cylinder mold, Using birch and poplar wood as the substrate, formed by high-temperature pressing, Can be rotated 8-10 times.
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The cement cylinder mold has gone through four generations of products since its successful production in 2010, and is now a mature product recognized by a large number of construction enterprises. The cylindrical template has a simple structure, easy production, and convenient disassembly and assembly. It has the advantages of light weight, industrialized construction, smooth surface of construction concrete, and its waterproof performance, insulation performance, and corrosion resistance have reached advanced levels both domestically and internationally. Specially used for concrete cylinder formwork and reinforcement.
The interface adopts a concave convex groove design to tightly connect the joints and prevent slurry leakage.
Birch poplar wood is lighter in weight than ordinary poplar wood, and has high strength and good toughness.
2-3 workers can manually install and dismantle in bulk without occupying tower crane equipment.
The finished concrete cylinder is not only smooth but also well formed, with good visual and tactile feel, and belongs to the category of clear water formwork.
The price is better than steel formwork, the construction is convenient, and the cost is saved.
It can be cut according to the actual size, reducing the difficulty of construction and shortening the construction period.
Formwork support (snap in circular template) → Formwork support (reinforcement) → Formwork closure (operate from bottom to top one by one) → Formwork closure (staggered connection to increase firmness) → Reinforcement with steel strips (parallel, consistent strength) → Steel strip spacing of 20-30cm → Four 5 * 10cm wooden squares added around → The bottom circular plane of the template should be 0.5-1cm above the ground and filled with concrete → Typical column head reinforcement (protruding with arbitrary cutting ability) → Demolition of the formwork (dismantling the reinforcement in sequence)