About Double Wall Corrugated Pipe Spacers
Duct Spacers shall be made from ABS Acrylonitrile Butadiene Styrene (ABS). (1.04 specific gravity
has been chosen by TECAFINE for the manufacture of all interlocking module spacers
because of its flexibility, strength, and resiliency.
(A) Under compressive stress
(B) The spacer modules can be freely handled on the job site without breakage.
Since many utilities install underground systems year-round, and most large projects carry through more than one year, it is important to use a formulaon of ABS for spacers that will not be adversely by the extremes of summer or winter temperares. Finally, Rib wall construction makes it possible to design a spacer which will hold safely the vertical
loads normally encountered when men work atop large duct banks.
Spacers shall consist of interlocking modules. The interlocking modules shall include an
internal vertical channel on both side edges of the spacers. When the duct bank is
assembled.
High Impact and Chemical ResistanceBuilt from top-grade HDPE, our Double Wall Corrugated Pipe Spacers withstand rough handling during installation and resist most acids and alkalis. Their rugged construction makes them suitable for challenging conditions, providing longevity and reliability in demanding applications such as underground duct banks.
Flexible Pipe CompatibilityWith support for pipe diameters from 63 mm up to 315 mm, our spacers accommodate a wide range of electrical and communication conduits. They feature a corrugated grid section shape and are available in various spacing heights and thicknesses to meet diverse project requirements.
Effortless Installation and ReusabilityDesigned with a manual snap-fit interlocking method, installation is straightforward and quick, requiring no special tools. The spacers are reusable across multiple installations, making them an economical and sustainable choice for contractors and utility providers.
FAQ's of Double Wall Corrugated Pipe Spacers:
Q: How are Double Wall Corrugated Pipe Spacers installed during cable conduit projects?
A: These spacers are installed manually by snapping and interlocking them around the pipes within cable trenches or duct banks. No specialized tools are required, and the process helps maintain precise spacing between up to four pipes per spacer layer.
Q: What benefits do these spacers offer for outdoor or underground installations?
A: Designed with high UV and chemical resistance, the spacers perform reliably in outdoor or underground settings. Their robust impact resistance protects pipes during rough handling, and their non-conductive HDPE provides excellent electrical insulation.
Q: When should I consider using these pipe spacers in my project?
A: Use these spacers when installing underground electrical or communication cables that require consistent spacing for structural integrity, safety, and ease of future maintenance, especially where pipes range between 63 mm and 315 mm in diameter.
Q: Where are these pipe spacers typically supplied and used?
A: Primarily supplied across India, these spacers are widely used by contractors and utility companies in the construction of underground duct banks and cable conduits for electrical and telecommunication infrastructure projects.
Q: What makes the installation process of these spacers efficient?
A: Their lightweight design (0.15-0.55 kg), open grid structure, and snap-fit connection enable quick manual installation and easy alignment of pipes. They are also conveniently bundled in plastic wraps or cartons for streamlined handling onsite.
Q: Are these spacers reusable and long-lasting?
A: Yes, the spacers are engineered for repeated use across multiple installations and have a shelf life exceeding five years under recommended storage and handling conditions.