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The connection of polyethylene pipes does not require an in-core.
There is no need for processing before disassembling the joint or inserting the pipe. You can easily connect it by simply inserting the pipe and tightening the bolt and nut.
The connection of polyethylene pipes and polybutene pipes does not require an in-core.
There is no need for processing before disassembling the joint or inserting the pipe. You can easily connect it by simply inserting the pipe and tightening the bolt and nut.
The connection of polyethylene pipes does not require an in-core. It releases the energy applied to the pipe due to its flexibility and expansion.
There is no need for processing before disassembling the joint or inserting the pipe. You can easily connect it by simply inserting the pipe and tightening the bolt and nut.
It releases the energy exerted on the pipe due to its flexibility.
There is no need for processing before disassembling the joint or inserting the pipe. You can easily connect it by simply inserting the pipe and tightening the bolt and nut.
The energy applied to the pipe is released due to its flexibility. No inner core is required for connecting polyethylene pipes.
There is no need for processing before disassembling the joint or inserting the pipe. You can easily connect it by simply inserting the pipe and tightening the bolt and nut.
The energy applied to the pipe is released due to its flexibility. No in-core connection is required for polybutylene pipes.
There is no need for processing before disassembling the joint or inserting the pipe. You can easily connect it by simply inserting the pipe and tightening the bolts and nuts.
The energy applied to the pipe is released through its flexibility.
There is no need for processing before disassembling the joint or inserting the pipe. You can easily connect it by simply inserting the pipe and tightening the bolt and nut.
It releases the energy applied to the pipe through its flexibility.
There is no need for processing before disassembling the joint or inserting the pipe. You can easily connect it by simply inserting the pipe and tightening the bolts and nuts.
The energy applied to the pipe is released due to its flexibility. No inner core is required for connecting polyethylene pipes.
There is no need for processing before disassembling the joint or inserting the pipe. You can easily connect it by simply inserting the pipe and tightening the bolt and nut.
The energy applied to the pipe is released due to its flexibility.
There is no need for processing before disassembling the joint or inserting the pipe. You can easily connect it by simply inserting the pipe and tightening the bolts and nuts.
The energy applied to the pipe is released through its flexibility. No in-core connection is required for polyethylene pipes.
There is no need for processing before disassembling the joint or inserting the pipe. You can easily connect it by simply inserting the pipe and tightening the bolt and nut.
The energy applied to the pipe is released through its flexibility. No in-core connection is required for the polybutylene pipe.
There is no need for processing before disassembling the joint or inserting the pipe. You can easily connect it by simply inserting the pipe and tightening the bolt and nut.
The energy applied to the pipe is released due to its flexibility.
There is no need for processing before disassembling the joint or inserting the pipe. You can easily connect it by simply inserting the pipe and tightening the bolt and nut.
The connection of the polybutylene pipe does not require an in-core.
There is no need for processing before disassembling the joint or inserting the pipe. You can easily connect it by simply inserting the pipe and tightening the bolt and nut.
Seismic resistance with allowable strain of 4% or more without an in-core.
No core required. There is no need to disassemble the joint or perform any processing before inserting the pipe. You can easily connect it by simply inserting the pipe and tightening the bolt and nut.
