Please wait while we process your order...

Product successfully added to your cart.
Cart Image

Quantity in Cart: 1


Continue Shopping Shopping Cart
Item removed from Cart
X
 
×
Product Image

Graco C38457 Reducing Coupling Fitting

The Graco C38457 Reducing Coupling Fitting is designed to connect two threaded fluid lines of different sizes in industrial pumping and coating systems, ensuring a secure and leak-free transition.

  • Part Number: C38457
  • Product Type: Reducing Coupling Fitting
  • Function: Adapts two pipes or hoses with different diameters
  • Application: Fluid transfer and pumping systems
  • Brand: Graco
  • Use Case: Pump outlets, fluid supply lines, and manifolds

$474
0
Based on 0 reviews
5
0%
4
0%
3
0%
2
0%
1
0%

Compatible Machines 

The Graco C38457 Reducing Coupling Fitting is used in several industrial fluid-handling systems where reliable threaded connections are required between different pipe sizes. It is commonly installed in pumping and material supply systems that move coatings, resins, adhesives, and other industrial fluids.

  • Graco VPM (Variable Proportioner Meter) Systems
  • Graco Drum Supply Systems
  • Graco Hydraulic Pump Assemblies
  • Graco Pneumatic Pump Assemblies
  • Graco Plural-Component Coating Systems
  • Graco Industrial Material Transfer Systems

Overview of Graco C38457 Fitting Coupling Reducing

The Graco C38457 Reducing Coupling Fitting is an industrial threaded adapter designed to connect two fluid lines with different diameters in a pump or fluid transfer system. By reducing the connection size between components, it allows flexible installation of hoses, pipes, and manifolds within Graco fluid-handling equipment.

This fitting plays an important role in maintaining a secure and leak-free connection in high-pressure environments. It is typically used in supply lines, pump outlets, or distribution manifolds where pipe size transitions are required.

Key Features

  • Original Graco C38457 Reducing Coupling Fitting for industrial fluid systems
  • Connects two threaded pipes or hoses with different diameters
  • Helps adapt larger ports to smaller connections
  • Supports consistent and leak-free fluid transfer
  • Suitable for high-pressure coating and pumping systems
  • Durable construction designed for demanding industrial environments

Typical Applications

The Graco C38457 Reducing Coupling Fitting is used in systems where fluid lines need to transition between different pipe sizes. It is commonly installed in industrial pumping equipment that handles paints, coatings, resins, adhesives, oils, and similar materials.

  • Pump outlet connections
  • Fluid supply lines
  • Material transfer systems
  • Coating and spray equipment assemblies
  • Industrial fluid distribution manifolds

Product Details

Attribute Details
Product Name Graco C38457 Reducing Coupling Fitting
Part Number C38457
Category Fluid System Fitting
Function Connects two threaded pipes with different diameters
Application Industrial pumping and coating systems
Brand Graco

Frequently Asked Questions

The Graco C38457 Reducing Coupling Fitting is designed to connect two threaded pipes or hoses with different diameters. It helps adapt larger fluid ports to smaller lines within industrial pumping or coating systems.

This fitting is typically installed in pump outlets, fluid supply lines, and distribution manifolds where a pipe size transition is required in a Graco fluid-handling system.

Yes. The Graco C38457 Reducing Coupling Fitting is designed for industrial fluid systems where reliable connections are required under demanding operating conditions.

Yes. Because it functions as a threaded pipe adapter, the fitting can be used in various Graco pumping and material transfer systems wherever the required pipe size reduction is needed.

Subscribe to our newsletter to get exclusive discounts and new theme launches right in your inbox.

You may unsubscribe at any moment. For that purpose, please find our contact info in the legal notice.

Payment Method   Payment Method   Payment Method   Payment Method