Xcelerator External Heated Spray Foam Hose (Blue Mesh, 50 ft)

The Graco Xcelerator 96B101 is an externally heated 50 ft spray foam hose designed for Reactor 3 systems, featuring a blue mesh scuff guard for jobsite protection. It provides fully independent A and B temperature control to help improve balance and material yield during spraying.

Key Features:

• Independent Temperature Control: Fully independent A and B temperature control for more precise pressure balancing and improved material yield
• External Heated Design: Externally heated hose configuration for Reactor 3 applications
• Durable Scuff Protection: Blue mesh scuff guard helps protect the hose from abrasion on the jobsite
• High-Pressure Rated: Built for up to 2000 psi maximum working pressure
• Fewer Connection Hassles: Offered in a 50 ft length to help minimize fluid and electrical connections

Specifications Table:

Frequently Asked Questions (FAQ):

Q: What systems is this hose compatible with?
A: It is specified for use with Graco Reactor 3 systems (Reactor 3).

Q: What are the hose size and length?
A: It is a 50 ft hose with a 3/8 in inside diameter.

Q: What is the maximum working pressure?
A: The maximum working pressure is 2000 psi.

Q: What type of scuff guard does it have?
A: It includes a blue mesh scuff guard (Mesh Scuff).

Q: Does it include a temperature wire/cable?
A: This configuration is listed as Without Cable.

Precision Heat, Wrapped in a Confident Blue

Theres a quiet luxury in tools that perform with total control, and this Xcelerator heated hose is exactly thatpurposeful, refined, and built for demanding work. The bold blue mesh scuff guard isnt just protective; its a graphic, modern detail that signals durability and intention. Pair it with a Reactor 3 setup when you want steadier temperatures, cleaner balance, and a finish that feels effortless. Its the kind of behind-the-scenes essential that elevates the entire build.

Upgrade your Reactor 3 setup with the Graco Xcelerator 96B101 for controlled heat, jobsite-tough protection, and reliable high-pressure performance.