The following table summarizes key items during the construction process for your quick reference:

Construction Stage | Core Precautions | Key Operations and Purposes
— | — | —
Pre-construction Preparation

Material Inspection | Check rubber hoses for external defects such as cracks, bubbles, hardening, or discoloration; ensure specifications match the design .
Environment and Pre-treatment | Avoid construction on rainy days or at low temperatures (e.g., below -10℃); preheating is required in winter .
Installation Process |

Ensure Sealing | Use socket connections with dedicated sealant and weather-resistant gaskets . The insertion depth must be sufficient (e.g., ≥50mm) , and reinforced with stainless steel clamps .
Control Bending and Slope | Follow the product’s minimum bending radius requirements; forced bending is strictly prohibited . Provide adequate longitudinal slope (e.g., ≥0.5%) for uphill pipe sections to ensure fluids flow smoothly against gravity.
Secure Fixing | Use dedicated pipe clamps or U-shaped brackets to fix along the pipeline at reasonable intervals (e.g., ≤2m) . Additional fixing points must be added at stress points such as bends and joints .
Testing and Protection

Pressure and Sealing Tests | Conduct water flow or airtightness tests (e.g., 0.1MPa pressure hold for 5 minutes) after installation  to check for leaks at all joints.
Product Protection | When vibrating concrete, avoid direct contact with pipes . Add protective covers to exposed pipe sections to prevent damage from subsequent construction .
Safety and Maintenance

Safe Operation | Pressure should be increased or decreased gradually to avoid impact . Operators must wear protective equipment such as gloves and safety goggles .
Regular Inspection and Replacement | Conduct inspections before use and monthly . Immediate replacement is required if bulges, cracks, outer rubber layer wear exposing steel wires, or severe corrosion at joints are found .

🚧 Special Attention Required for ‘Slope’ Scenarios

In slope pipelines, two aspects require special attention:

1. Pressure Control: Rubber hoses expand and contract with internal pressure. In slope pipelines, the lower pipe sections are subjected to greater static pressure; therefore, it must be ensured that the entire pipeline, especially the lower sections and joints, has a pressure resistance rating higher than the maximum possible working pressure of the system (including peak pressures such as water hammer) .

2. Avoid Stress Concentration: Sufficient length allowance should be left during installation to prevent the pipeline from being in a taut state in the slope section . When pipelines cross structural joints (such as expansion joints), allowance should be reserved and arrangements such as ‘Ω’ shape should be adopted to accommodate displacement .

💎 Core Principle Summary

For the construction of slope rubber hoses, you can remember three core principles:

• Choose the right hose: Select appropriate rubber hoses based on the medium being transported (water, oil, gas, etc.), working pressure, and temperature.

• Install the hose properly: Strictly follow the four installation key points of slope, bending radius, sealing, and fixation.

• Regularly inspect: Persist in pre-use inspections and regular maintenance, and promptly replace if problems are found .

If you want to learn more about additional requirements for specific application scenarios (such as mines, factories, or specific fluid transportation), I can provide more targeted information for you.