Skip to main content
Waterfall 36" Sheer, 9" Lip White

Roll over image to zoom in

CMP 25577-330-900 Waterfall 36" Sheer, 9" Lip White

Item #: 25577-330-900 by CUSTOM MOLDED PRODUCTS LLC

UPC #: 849640015049

See reviewsSee reviews
See reviews summary
Use Code: SAVEBIG2025 for Extra 10% Off
In Stock

$506.12

/each
SAVE UP TO 50.61
Buying in bulk
QUICK SHIPPING*Usually ships in 1 business dayIn stock: 12 units available
QTY
+
+ Add to Wishlist
Buy in Bulk & Save - See HowWatch Now

Shop with Confidence

30 Days Easy Return. We are the largest supplier of the most adaptable, personalized hardware in the industry. We work hard to ensure you're satisfied with our products.

Features
  • Lip can be radius curve cut
  • Heavy-duty PVC construction
  • Requires only one GPM per inch
  • Bottom port inlet option available

Material

PVC

Department

WATER FEATURES-POOL|LAKE|POND

FeedType

Back Port

FinishColor

White

Item

Waterfall

SubBrand

Natural Wonders

LipSize

9 Inch

Channel

Construction Channel

P65 Warning

The following product(s) can expose you to chemicals which are known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to www.p65warnings.ca.gov

Master Carton Quantity

1

Pipe Feed Type

Back Port

Each Product Weight

0 pound

Waterfall Color

White

Minimum Sell Quantity

1

Length

36 in

Product Overview
The CMP Natural Wonders Waterfall (25577-330-900) is a 36" wide sheer waterfall with a 9" lip for pool professionals to enhance large pool designs. Crafted from durable white PVC, this back-feed unit delivers a smooth water sheet at 36-45 GPM for new or remodeled pools. Its sturdy build ensures consistent performance in concrete installations.Compatible with 2" PVC plumbing, back-feed port, per CMP specs.36" width, 9" lip, 3" height, white PVC, 36-45 GPM flow rate, per documentation.Installs in gunite with PVC adhesive and 2" pipe, requires 1.5-2 ft head pressure, per guidelines.Creates a dramatic water feature, elevating pool appeal and relaxation value.