AEROQUIP HOSE

Description & Features

Designed for steam, compressor discharge, and a broad range of chemical transfer applications, this Dash -12 Aeroquip hose features a Teflon inner tube with a single-ply stainless steel braid reinforcement and stainless steel cover. The FC465 Series construction delivers reliable performance across a wide temperature range, with a rated minimum working temperature of -100°F and a minimum bend radius of 7.75 inches.

The Aeroquip FC465 hose meets SAE 100R14B and FDA 21CFR178.3297 certifications, making it suitable for applications where material compatibility and cleanliness standards are a requirement. Its conductive construction handles vibration and impulse conditions well, and the Teflon tube material is impervious to degradation from aggressive media. Compatible with reusable crimp fittings, this hose offers a dependable assembly option for demanding industrial environments.

SKU: FC465-12

Supplier Part Number (MPN): FC465-12

Specifications

Abrasion Resistance
28
Alternate Part Numbers
Alternate Part Number MINO-00015F33939
Application
Steam, compressor discharge and most chemical applications.
Certifications
SAE 100R14B|FDA 21CFR178.3297
Color
Stainless Steel
Conductivity
30
Construction
1 Ply Braid
Cover Material
Stainless Steel
Dash Size
-12
Brand
Danfoss Power Solutions (II LLC Aeroquip)
Brand
Aeroquip
Pack Size
12.00
UOM
FT
Features
Withstands vibration and impulsing|Impervious to degradation|Wide temperature range
ICC
Hoses and Flexible Tubes
Language
English
Minimum Bend Radius
7.75
Minimum Bend Radius
7.75
Minimum Working Temperature
-100
Product Width
0.76
Qualified Hose Fittings
Reusable Crimp
Reinforcement Material
Stainless Steel
Sub Brand
Aeroquip
Supplier Part Number
FC465-12
Tube Material
Teflon
Product Weight
1.79 lbs

Product Questions & Answers (1)

Question by: Phil R on Sep 24, 2025, 5:34 PM
Can this hose handle getting vibrated a lot?
Answer by: Customer Support on Sep 26, 2025, 6:56 AM
Absolutely, this hose is designed to withstand vibration and impulse conditions, so it should hold up well in applications where those are common.

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