100' 6,000 PSI 3/8" Rubber Pressure Washer Hose
Part Number: 85.238.211
Category: Commercial / Industrial
Type: Ultra-High Pressure Rubber Pressure Washer Hose
The 100' 6,000 PSI 3/8" Rubber Pressure Washer Hose is engineered for extreme-duty cleaning where maximum pressure, extended reach, and heat resistance are required. Built from black wrapped rubber and reinforced with dual steel wire braid, this hose is rated for up to 6,000 PSI and 154°C / 310°F, making it ideal for demanding hot or cold water pressure washer systems in industrial and commercial environments.
The rugged wrapped rubber jacket resists abrasion, cuts, and jobsite wear while maintaining flexibility for long runs and easier handling. Internally, two steel wire reinforcements provide exceptional pressure stability and burst resistance under continuous high-load operation. Dual swivel stainless steel fittings reduce hose twist, prevent kinking, and ensure smooth operation over long distances, while delivering corrosion-resistant, leak-free connections.
Specifications
| Specification | Detail |
|---|---|
| Hose Length | 100 ft |
| Inside Diameter | 3/8 in |
| Max Pressure | 6,000 PSI |
| Max Temperature | 154°C / 310°F |
| Material | Black Rubber (Wrapped) |
| Reinforcement | 2-Wire Steel Braid |
| Fittings | 2 × Swivel x Solid Stainless Steel |
| Color | Black |
| Weight | 29 lbs |
Key Features
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6,000 PSI Pressure Rating for extreme industrial cleaning applications
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Dual Steel Wire Reinforcement for superior strength and pressure stability
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High-Temperature Rated up to 154°C / 310°F
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Wrapped Rubber Jacket resists abrasion and extends service life
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Dual Swivel Stainless Steel Fittings prevent twisting and reduce operator fatigue
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Corrosion-Resistant Connections for long-term reliability in harsh environments
Typical Applications
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Industrial and commercial pressure washer systems
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Hot water and high-temperature cleaning
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Fleet, construction, and heavy equipment washing
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Factories, workshops, and large job sites
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Long-reach cleaning where durability and pressure retention are critical