100FT Sewer Jetting Hose with Bend Restrictors – 3/8' Double Wire Braid (SAE 100 R2 Standard) This professionalgrade sewer jetting hose is built for reliable performance and long service life, making it ideal for both commercial and residential pipe cleaning tasks. Its quality materials, precision design, and protective features ensure efficiency, safety, and durability. Key Features and Benefits: Length: 100 feet, providing extended reach for cleaning deep or hardtoaccess sewer lines and pipes. Diameter: 3/8 inch internal size for water flow rate and volume, enabling powerful cleaning performance. Construction: Heavyduty double wire braid hose built to SAE 100 R2 specifications, ensuring strength, flexibility, and industrystandard reliability. Hose Guards with Bend Restrictors: 6inch guards protect against wear and damage at stress points, extending service life. Performance: Designed for efficient and thorough removal of blockages, debris, and buildup from sewer lines and drainage systems. Compatibility: Suitable for use with sewer jetting equipment built to work with 3/8 inch hoses, meeting professional cleaning requirements. Practical Applications: 1. Municipal sewer maintenance – Safely and effectively cleans public sewer lines, reducing downtime and preventing costly repairs. 2. Residential plumbing services – Ideal for clearing blockages in household drainpipes and sewer laterals without requiring invasive digging. 3. Industrial facility upkeep – Maintains flow drainage systems, preventing operational disruptions caused by buildup or clogs. Materials and Specifications: Internal Diameter: 3/8 inch Construction: Double wire braid for maximum pressure resistance and flexibility Length: 100 feet Standard: SAE 100 R2 compliant for hydraulic and pressure applications Protective Guards: 6inch bend restrictors to minimize wear at connection points This hose is engineered for professional use where durability, pressure performance, and dependable handling are essential. It delivers consistent results while protecting itself from damage during demanding cleaning operations.