PVC网格方孔管
抗压强度强
采用合理的蜂窝(网格)形状的机械结构,使管材的抗压强度比普通塑料管材提高10-100倍。
完整的规格
主要规格有单孔、3孔、4孔、5孔等直径、6孔、7孔、8孔、9孔等。
结构创新
本实用新型节省管位,管结构紧凑,路面开挖量小,有效节约城市地下管位资源,对道路交通和市政管理影响较小。
韧性好
6米管道的弯曲半径可达4米,遇到障碍物或穿越其他管道时,可轻松避免。
施工方便
它节省了人力和时间。护套与分管合二为一,电缆无需敷设三次便可穿线。避免了二次穿线子管变形、扭结、顺序混乱、重复施工的麻烦。它重量轻,操作方便。内壁光滑,穿线省力。
利用率高
本实用新型综合成本低,套管一体化,内孔有效空间大,切割后连接使用,节约材料消耗,工程投资少。
PVC grid square hole tube
Strong compression resistance
The reasonable mechanical structure of honeycomb (grid) shape is used to make the compression resistance of pipe material 10-100 times higher than that of common plastic pipe.
Complete specifications
The main specifications are single hole, 3 holes, 4 holes, 5 holes with the same diameter, 6 holes, 7 holes, 8 holes, 9 holes and so on.
Structural innovation
The utility model has the advantages of saving pipe position, compact pipe structure, small road surface excavation, effective saving of urban underground pipe location resources and less impact on road traffic and municipal administration.
Good toughness
The bending radius of a 6-meter pipe can reach 4 meters, which can be easily avoided when encountering obstacles or crossing other pipelines.
Convenient construction
It saves labor and time. The sheath and the sub pipe are integrated into one, and the cable can be threaded without laying the sub pipe three times. It avoids the trouble of deformation and kinking of the secondary threading sub pipe, disordered sequence and repeated construction. It is light in weight and convenient in handling. The inner wall is smooth and the threading is labor-saving.
High utilization rate
The utility model has the advantages of low comprehensive cost, integration of sheath and sub pipe, large effective space of inner hole, connection and use after cutting, saving material consumption and less project investment.
PVC栅格式方孔管
抗压性强
采用蜂窝(栅格)状合理的力学结构,使管材比普通塑料管材抗压性能高10100倍。
规格齐全
主要规格有单孔、3孔、大中小4孔、同异径5孔、大小6孔、7孔、8孔、大小9孔等系列。
结构创新
节省管位,管材结构紧凑,路面开挖较小,有效节省城市地下管位资源,对道路交通及市政影响少。
韧性好
弯曲自由一段6米管材,弯曲半径可达4米,施工中碰到障碍物或交越其它管线时能轻松避开。
施工便捷
省工省时护套与子管成一体,无需三次穿子管一次铺设即可穿缆,避免了二次穿子管变形扭结,排序混乱,重复施工的麻烦;重量轻、搬运方便;内壁光滑,穿线省力。
利用率高
综合造价低,集护套与子管一为一体,内孔有效空间大,截断后可连接使用,省材耗,工程投入少。
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