877-240-6149 
Kit includes
Wall-to-Floor Pole x 2
36″ Round Hangrail x 1
Click here to get your free store planning design or call 732-790-0752
$471
In stock
[yith_wcwl_add_to_wishlist]$471
In stock
SKU: PSK07-36B1
Poles Retail Clothing Display Unit with Round 36″ Hanging Rail, 1 Section, Basic | Palo
Palo unit for clothing, fitness centers
Setting Dimensions: 40" W x 92" H
Hanging Rail: 36"
Finish: Satin Platinum
Setting Dimensions: 40" W x 92" H
Hanging Rail: 36"
Finish: Satin Platinum
3D Warehouse:
View and Download (SKP)
$471.00
Quantity
In stock
- Material
- Quantity
-
Poles Retail Clothing Display Unit with Round 36" Hanging Rail, 1 Section, Extension PSK07-36E1 | $266.5
-
92" Aluminum Pole Outrig kit 12" from the Wall - Palo Component PSK-F02 | $204.5
-
Shelving Bracket Set for Wood or Glass Shelves - Palo Component PSK-S04 | $30
-
Round 36" Hanging Rail Kit for Clothing Display - Palo Component PSK-S02 | $60
-
2 Clamps kit for Signage Display - Palo Component PSK-S03 | $12
Below is a selection from our wide range of shelves.
Visit Glass Shelves and Wood Shelves pages to view the entire section.
- Material
- Quantity
-
36"x12"x3/16" Tempered Glass Shelves - Clear | Sold in packs of 5 SH125CL-5 | $175
-
36"x14"x3/16" Tempered Glass Shelves - Clear | Sold in packs of 5 SH120CL-5 | $190
- Material
- Quantity
Easy Installation
Assembly Instructions-
1.Install pole to wall and floor
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2.Attach shelf bracket, hangrail at required height. Lock in place
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3. Add Extension unit, sign clamp and displayers at required height
Tech Specs
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Item info
+ -
Specifications
+Wall-to-Floor Pole
Finish: Dimensions: 40″ W x 92″ H
Distance from Wall: 12″
Diameter: 1-3/8″Round Hangrail
Length: 36″
Diameter: 1Finish:
Satin Platinum -
Maximum weight load (lbs)
+Max Weight Load: 520 lbs Per Section
* Limited by the weight load capacity of shelf supports
** UDIZINE recommends using tempered glass shelves only! If you plan to install regular glass shelves,
note that the maximum weight load for regular glass is approx. 1/4 of tempered glass.
The maximum weight load is based on an evenly distributed weight load between 2 points
The maximum concentrated weight load is approximately half the maximum evenly distributed load.
Clients That Used It
