Rampage 1/2" Red Softwash Hose 300' STEEL Crimps | RAMP-08-RD-SW-300-CE

The 1/2" Red Softwash Hose (300' with Zinc Crimped Ends) is a professional-grade, chemical-resistant hose designed for maximum durability, flexibility, and performance in soft washing systems. Built for daily professional use, this hose provides smooth, consistent flow for bleach and detergent applications while resisting kinks, UV damage, and chemical wear.

Made from UV-stabilized, flexible polyblend material, this hose maintains superior flexibility in all weather conditions. The factory-crimped Zinc ends ensure a secure, leak-free connection — ready to use right out of the box. The bright red, non-marking jacket adds visibility and durability, making it perfect for soft wash professionals who demand reliability and performance.

Features and Benefits:

• 1/2” inner diameter ensures optimal chemical and water flow

• 300-foot hose length provides extended reach for large cleaning jobs

• Factory-crimped Zinc ends for a leak-free, professional-grade seal

• Chemical- and UV-resistant construction for long-lasting performance

• Flexible polyblend design resists kinking and twisting

• Non-marking red outer jacket protects surfaces and maintains a clean appearance

• High-visibility color improves safety on job sites

• Compatible with standard soft wash reels, pumps, and fittings

• Ideal for roof cleaning, house washing, and exterior soft washing

Specifications:

• Length: 300 feet

• Inner Diameter: 1/2 inch

• Material: UV- and chemical-resistant polyblend

• Color: Red

• Maximum Pressure: Up to 300 PSI

• Temperature Rating: Up to 140°F

• Fittings: Factory-crimped Zinc ends (male/female)

• Applications: Soft wash systems, bleach delivery, and low-pressure chemical cleaning

Included:

• 1x 1/2" Red Softwash Hose (300') with Zinc Crimped Ends

The 1/2" Red Softwash Hose 300' with Zinc Crimped Ends delivers the perfect combination of flexibility, chemical resistance, and professional durability — ready to perform in the toughest cleaning environments.