Pack of 8 GRE 129.5 cm wooden vertical profiles for removable pool – Ref. PLVW12081295
Pack of 8 GRE 129.5 cm wooden vertical profiles for removable pool – Ref. PLVW12081295 is backordered and will ship as soon as it is back in stock.
Transit time 3 - 5 days
Description
Description
Pack of 8 GRE vertical profiles of 129.5 cm in brown, original replacement to replace damaged PV profiles in compatible GRE above-ground pools.
Indicated to recover the structural stability of the pool and keep the wall correctly supported.
✔ Check your model in the compatibility table
✔ Verify that the necessary profile measures 129.5cm
✔ The piece corresponds to vertical profile (PV)
Compatibility
Locate your range and model in the table to confirm if this replacement part is valid for your pool.
| Mauritius | Maldives |
|---|---|
| KITPR358WO | KITPR3583W |
If you are on mobile, slide the table to see it in full.
Important: If your model does not appear in the table or the profile measurement does not match 129.5cm, you should not buy this replacement without first checking compatibility.
Technical characteristics
| Feature | Detail |
|---|---|
| Reference | PLVW12081295 |
| Product | Vertical profile (PV) |
| Quantity | 8 units |
| Height | 129.5cm |
| Color | Brown |
| material | Steel |
| Application | Above ground pool structure |
| Compatibility | See table above for ranges and compatible models |
| EAN | 8432611428379 |
If you are on mobile, slide the table to see it in full.
What does this replacement provide?
The vertical profiles help support the pool wall and are part of the structure that keeps the set stable during use.
Replacing damaged, deformed or deteriorated profiles allows you to better preserve the pool and avoid problems derived from a weakened structure.
Frequently asked questions
Is it sold individually?
No, this product is sold in a pack of 8 units.
How do I know if it is compatible?
Find your exact model in the compatibility table and verify that the height is 129.5 cm.
Is the marked part this spare part?
Yes, it corresponds to the vertical profile (PV).
