Danfoss / Eaton;Danfoss / Eaton;Hose SiliconeSaeJ20 Red;FF90829-48;Hose SiliconeSaeJ20 Red;Working Pressure 40 PSI FF90829-48

Specifications

Abrasion Resistance 28	Application High temperature vibration isolation for air aspiration units.	Certifications SAE J20	Color Red	Conductivity 30	Construction 4 Ply	Cover Material Silicone	Dash Size -48	Brand Danfoss (Aeroquip Inc-Industrial Hose)	Brand Aeroquip	Pack Size 1.00	UOM EA	Features Highly abrasion resistant cover\|Small number of hoses for many fuel options\|Proven reliability with high temperature resistance	ICC Hoses and Flexible Tubes	Language English	Lay Line Style Ink Jet	Minimum Bend Radius 6.50	Minimum Bend Radius 6.5	Minimum Working Temperature -54	Net Pack Quantity Units EA	NMFC 70	Product Width 3.39	Reinforcement Material Aramid	Sub Brand None	Supplier Part Number FF90829-48	Tube Material Silicone	Product Weight 0.14 lbs

Product Questions & Answers 3

Product Questions & Answers

hose gonna hold up routing through a tight engine bay, or is the bend radius gonna be a problem?

Question by: Cody B on Jul 17, 2025, 3:50 PM

Six and a half inches is the minimum bend radius on this one. That's workable in most engine compartments, but you'll want to plan your routing before committing. Forcing it tighter than that could stress the four-ply construction over time, so give yourself a little room around corners and mounts and you should be fine.

Answer by: Customer Support on Jul 19, 2025, 6:08 AM

What’s the bend radius on this hose? Gotta make a tight turn in my engine compartment.

Question by: Dean M on May 27, 2025, 10:41 AM

For those tighter spots, the minimum bend radius is 6.5 inches. Should give you some flexibility without kinking.

Answer by: Customer Support on May 29, 2025, 8:59 AM

got a tight spot by the intake, how tight can i bend this hose without kinkin it

Question by: Melvin B on May 9, 2025, 5:16 PM

For routing in a cramped engine bay, the minimum bend radius on this hose is 6.5 inches. Staying at or above that radius helps keep the flow path from getting pinched.

Answer by: Customer Support on May 11, 2025, 4:40 PM