Description
Trident 1-1/8" PVC Bilge & Livewell Hose | Boat Supply Store
Engineered for the rigorous demands of bilge and livewell systems, this heavy-duty Trident Marine hose ensures reliable fluid transfer in critical marine applications. Its clear PVC construction with a black helix reinforcement allows for immediate visual inspection of flow and potential blockages, a crucial benefit when monitoring bilge pumps or livewell circulation. With an inner diameter of 1-1/8" and capable of withstanding a vacuum pressure of 28" Hg, it provides robust performance across a functional temperature range of 10°F to 120°F. This FDA-compliant hose is an essential component for maintaining the operational integrity of your vessel's plumbing.
Key Features
- Heavy-duty PVC construction for maximum durability
- Clear, see-through design for easy flow monitoring
- Black helix reinforcement enhances kink resistance and structural integrity
- Excellent flexibility and a tight 3.5" bend radius for easier routing
- FDA compliant for safe use in livewell and potable water transfer applications
- Temperature resistant from 10°F to 120°F (-12°C to 49°C)
- High vacuum working pressure of 28" Hg ensures reliable suction performance
- Sold by the foot for precise custom length requirements
Specifications
| Product Specifications | |
|---|---|
| Inner Diameter | 1-1/8" (28.6mm) |
| Outer Diameter | 1.39" (35.4mm) |
| Material | Clear PVC with black helix reinforcement |
| Temperature Range | 10°F-120°F (-12°C-49°C) |
| Vacuum Working Pressure | 28" Hg |
| Bend Radius | 3.5" |
| Sold By | The Foot |
Who This Is For
Boat owners and marine technicians requiring a robust, transparent, and FDA-compliant flexible conduit for essential bilge, livewell, and drainage systems. This hose is suited for applications demanding reliable fluid movement and easy system diagnostics.
How It Compares
| Feature | Trident 1-1/8" PVC Bilge & Livewell Hose | Goodall 1 |
|---|---|---|
| Inner Diameter | 1-1/8" | 1-1/8", 1-1/8" |
| Material | Clear vinyl with black helix | Clear PVC with rigid helix, Clear PVC with black helix |
| FDA Compliant | Yes | Unknown, Unknown |
| Temperature Range | 10°F-120°F | 20°F to 140°F, Unknown |
| Working Pressure (Vacuum) | 28" Hg | Unknown, 25" Hg |
| Bend Radius | 3.5" | Unknown, Unknown |
| Sold By | The Foot | The Foot, The Foot |
Common Concerns Answered
Is this hose stiff compared to others?
While some users note it may feel slightly stiffer than lighter-duty options, this characteristic is a direct result of its heavy-duty PVC construction, which provides superior durability and longevity essential for marine environments.
Can this hose kink easily?
Though kinking can occur with any flexible hose if bent too sharply, this Trident Marine hose features a good bend radius of 3.5", minimizing the likelihood of kinks during proper installation and routing.
Is the price justified for this hose?
The price reflects the hose's heavy-duty construction, FDA compliance, and superior material quality, making it a cost-effective choice for critical applications where reliability and longevity are paramount, outweighing the initial cost compared to less robust alternatives.
Frequently Asked Questions
What is the working pressure of the Trident Marine 1-1/8" Heavy Duty PVC Bilge & Livewell Hose?
The working pressure for this hose is rated at 28" Hg for vacuum applications.
What is the temperature range for this hose?
This hose is designed to operate within a temperature range of 10°F to 120°F (-12°C to 49°C).
Can this hose be used for potable water applications?
Yes, this hose is FDA compliant, making it suitable for potable water transfer applications, including livewell systems where food-grade standards are required.
How is this hose sold?
The Trident Marine 1-1/8" Heavy Duty PVC Bilge & Livewell Hose is sold by the foot, allowing you to purchase the exact length required for your specific installation.
What is the bend radius of this hose?
The hose has a minimum bend radius of 3.5 inches, which facilitates easier routing in tight spaces without compromising flow or structural integrity.
