Danfoss / Eaton;Danfoss / Eaton;Hose SiliconeSaeJ20 Blue;FF90830-36;Hose SiliconeSaeJ20 Blue;Working Pressure 40 PSI

Description & Features

Designed for heavy-duty coolant applications and environments where vibration isolation is a priority, the Eaton Hose SiliconeSaeJ20 Blue (FF90830-36) is a Dash -36 silicone hose built to SAE J20 certification standards. The silicone tube and cover construction deliver reliable performance across a wide temperature range, with a rated working pressure of 40 PSI and a minimum bend radius of 6.5 inches.

Four-ply construction with polyester reinforcement provides structural integrity while keeping the hose flexible in demanding installations. The blue silicone cover offers premium abrasion resistance, and the hose is electrically conductive, an important characteristic in many industrial cooling circuit applications. Lay line identification is applied via ink jet. Rated for use down to -54°C, this hose is well suited for high-temperature engine cooling systems where long-term thermal reliability is required.

SKU: FF90830-36

Supplier Part Number (MPN): FF90830-36

Specifications

Brand
Aeroquip® by Danfoss
Abrasion Resistance
Premium
Color
Blue
Conductivity
Conductive
Construction
4-Ply
Cover Material
Silicone
Dash Size
36
Hose Type
Conductive
Lay Line Style
Inkjet
nmfc
70
Nominal Size
#36
Reinforcement Material
Polyester
Segment Code
C
Series
FF90830 Series
Tube Material
Silicone

Product Questions & Answers (1)

Question by: Floyd B on May 14, 2025, 7:23 AM
hose says it's conductive, is that actually built into the material or just some kind of coating they put on?
Answer by: Customer Support on May 15, 2025, 9:29 AM
Conductivity is part of the hose construction itself, not a surface treatment. The silicone tube and cover are formulated to carry an electrical charge through the hose wall, which matters in cooling circuit setups where static buildup or grounding continuity is a concern. That characteristic holds up through the life of the hose rather than wearing off like a coating would.

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