Changes or cancellations made after 7 days from order placement may incur a minimum 25% fee if production has started, unless replaced with equal or greater value items.
Non-returnable Perlick items include: Custom Products, Beer Systems, Remote Backbar Refrigerators, Pre-Assembled Underbar, Equipment with tops cut for towers or drains, Products with laminate, and Obsolete items. If cancellation is required on these select Perlick items, they are to be canceled at 100% of total item price, No exceptions.

Why shop with us
  • Shop with confidence knowing you’re getting genuine commercial-grade equipment.
  • Save more with our unbeatable prices and exclusive deals.
  • Rely on experts for fast, friendly support; experts in front of house, back of house and everything in between.
Additional Question? Ask an Expert
$17.53 $21.98
You save $4.45 (20%)

Delivery to:

This item cannot be returned.

Why shop with us
  • Shop with confidence knowing you’re getting genuine commercial-grade equipment.
  • Save more with our unbeatable prices and exclusive deals.
  • Rely on experts for fast, friendly support; experts in front of house, back of house and everything in between.
Additional Question? Ask an Expert

Perlick C33041 3/8” X 3/8” X 1/4” Tee

Perlick Corporation  |  MFG #: C33041  |  Item #: 950628
Item: #950628

Technical details
Manufacturer Perlick Corporation
Model Number C33041
Manufacturer Part # C33041

About this item

Product Details

The Perlick C33041 3/8” x 3/8” x 1/4” Tee is a specialized fitting designed for precision in fluid and gas distribution systems. This component is particularly valued in industries that require precise fluid control, such as beverage dispensing and industrial fluid systems. Constructed to accommodate dual 3/8-inch lines and a 1/4-inch outlet, this tee fitting offers remarkable versatility for various applications, enabling seamless integration into existing systems. Its size specifications ensure compatibility with standard piping and tubing sizes, making it an ideal choice for engineers and technicians focused on efficient system design. The Perlick C33041 is crafted to meet rigorous industry standards, ensuring reliable performance and durability under pressure. Its unique design allows for streamlined connection and transition of fluids, offering a distinct advantage in systems requiring multiple directional flows. This makes it a crucial component for optimizing installation space and fluid routing within complex infrastructures. The precision engineering of this tee fitting underscores Perlick's commitment to quality and innovation in the fluid control industry, catering to professionals who demand both functionality and reliability in their system components.

Customer reviews

N/A
Perlick Corporation

Perlick C33041 3/8” X 3/8” X 1/4” Tee

$17.53 $21.98

The Perlick C33041 3/8” x 3/8” x 1/4” Tee is a specialized fitting designed for precision in fluid and gas distribution systems. This component is particularly valued in industries that require precise fluid control, such as beverage dispensing and industrial fluid systems. Constructed to accommodate dual 3/8-inch lines and a 1/4-inch outlet, this tee fitting offers remarkable versatility for various applications, enabling seamless integration into existing systems. Its size specifications ensure compatibility with standard piping and tubing sizes, making it an ideal choice for engineers and technicians focused on efficient system design. The Perlick C33041 is crafted to meet rigorous industry standards, ensuring reliable performance and durability under pressure. Its unique design allows for streamlined connection and transition of fluids, offering a distinct advantage in systems requiring multiple directional flows. This makes it a crucial component for optimizing installation space and fluid routing within complex infrastructures. The precision engineering of this tee fitting underscores Perlick's commitment to quality and innovation in the fluid control industry, catering to professionals who demand both functionality and reliability in their system components.