1) 7000 series flexible tent poles, the length and sections can be customized.
2) 7000 series prebend tent poles. The bend degree and length can be customized.
3) Customized tent poles and accessories are acceptable.
This anodized aluminum telescopic pole is an adjustable support member built from several aluminium tube sections that slide inside one another. Because the sections nest, a single pole can cover a range of working lengths instead of being fixed at one measurement. The anodized surface is produced by an electrolytic process that builds a protective oxide layer on the aluminium, giving the pole a uniform appearance and a harder, more wear-resistant skin than bare extruded tube.
The pole is intended as a structural and support component rather than a decorative item. It is supplied as telescoping tube, so the end user sets the length needed for the frame, shelter or fixture and locks it with the joint built into the pole.
Anodized aluminium telescopic poles are commonly used wherever a lightweight but rigid adjustable member is needed:
In each of these uses the pole carries a compressive or bending load, so the wall thickness and diameter matter as much as the overall length.
Work from the load and the geometry first. Decide the maximum extended length the frame requires, then choose a section count that reaches that length while keeping the collapsed pole short enough to store or transport. A larger outer diameter and a thicker wall increase stiffness, which matters when the pole is long or carries a heavier load; a thinner wall and smaller diameter reduce weight where the load is light.
Decide how the pole is locked. Twist-lock, clip-button and threaded joints each suit different habits of use, and the joint style affects how quickly the length can be changed. Confirm the anodized colour and sheen if the pole will be visible, and confirm whether the sections must telescope freely or be assembled once into a fixed length.
Before ordering, confirm the extended and collapsed lengths, the number of sections, the outer and inner tube diameters and the wall thickness. Confirm the alloy and temper of the aluminium, and state whether the tube should be plain, bent, threaded or drilled, since secondary operations change the tooling and the price basis.
Confirm the anodizing specification, including colour and whether the surface must be uniform along the full tube. Finally, confirm how the pole ends are finished, capped, plugged, threaded or cut square, because this decides how the pole connects to the frame it supports, and it is easier to settle before production than after the tube is cut.
Material | Aluminum/Aluminium alloy 7001 7005 7075 | ||||||||||||
Diameter | 6.9mm | 7.9mm | 8.5mm | 9mm | 9.5mm | 11mm | 13mm | ||||||
Wall thickness | 0.75mm | 0.75mm | 0.75mm | 0.75mm | 0.75mm | 0.9mm | 1mm | ||||||
Colour | red, yellow, blue, green, black, golden, grey, etc. | ||||||||||||
Material | Aluminum/Aluminium alloy 6061 6063 | ||||||||||||
Diameter | 16mm | 18mm | 19mm | 20mm | 22mm | 25mm | 33mm | ||||||
Wall thickness | 1mm | 1mm | 1mm | 1mm | 1.2mm | 1.2mm | 1.8mm | ||||||
Colour | red, yellow, blue, green, black, golden, grey, etc. | ||||||||||||