| Parameter | Specification Detail |
| Product Model | Hose & Horn Assembly (P/N: 19-50) |
| Applicable Equipment | Model 19-50 Powder Fire Extinguisher |
| Assembly Color | Black |
| Hose Material | High-Strength Industrial Synthetic Rubber/Composite |
| Horn Material | Engineering Grade High-Density Polymer |
| Applicable Agent | ABC/BC Class Dry Chemical Agents |
| Certification Status | [Please insert applicable certification standard, e.g., Compliant with EN 3-7 Standard] |
This Black Durable Hose and Horn Assembly is engineered specifically for Model 19-50 Powder Fire Extinguishers. It is a critical component ensuring the reliable performance of the fire suppression unit during an emergency. The product is manufactured using industrial-grade, high-strength materials, guaranteeing exceptional pressure resistance, weatherability, and extended service life. Its professional design adheres to stringent fire safety standards, concurrently enhancing the efficiency and aiming precision of the dry chemical agent delivery.
High-Pressure Endurance: The hose structure is optimally designed to sustain and contain the high internal gas pressure of the extinguisher, eliminating the risk of rupture during storage or critical use.
Material Longevity: Constructed from specialized industrial rubber or composite material, it offers superior resistance to UV exposure, oils, and thermal aging, making it suitable for diverse harsh industrial and outdoor environments.
Precise Dimensional Fit: Hose length and radius strictly comply with the 19-50 standard specifications, ensuring seamless integration and operational ease post-installation.
Optimized Fluid Dynamics Design: The horn's internal flow channel is precisely calculated to minimize resistance during the dry chemical agent delivery, ensuring uniform discharge and stable flow rate.
Impact-Resistant Structure: The horn body is fabricated from high-density engineering polymer, offering excellent resistance to impact and corrosion, guaranteeing rapid readiness even after prolonged periods of inactivity.
Efficient Dispersion Effect: The accurate exit diameter and geometric shape are designed to achieve the ideal dispersion angle for the dry chemical agent, effectively covering the fire source and maximizing suppression success.