Description
Trident Marine 1-1/2" Bilge & Live Well Hose | Boat Supply Store
For demanding applications requiring clear fluid path visibility and robust construction, this Trident Marine 1-1/2" hose is engineered for bilge, drain, and live well systems. Its clear FDA-compliant vinyl construction with a black hard PVC helix ensures durability and allows for visual monitoring of flow, operating effectively within a temperature range of +10 to +140°F (-12 to +60°C). Ideal for saltwater environments or applications where checking for debris is critical, it offers excellent flexibility for routing in tight engine compartments.
Key Features
- Heavy-duty construction for reliable bilge, drain, and live well use
- Clear vinyl (FDA) construction enables visual fluid monitoring
- Black hard PVC helix reinforces structure and prevents collapse
- Smooth inner tube ensures unimpeded fluid transfer and reduced flow resistance
- Exceptional flexibility for easy routing and tight bend radii
- No cuffs required for simplified and secure installation
- 50' box provides ample length for most marine plumbing projects
- CA Prop 65 Compliant for regulatory adherence
Specifications
| Product Specifications | |
|---|---|
| Brand | Trident Marine |
| Diameter | 1-1/2" |
| Length | 50' |
| Material | Clear Vinyl (FDA) corrugated with black hard PVC helix |
| Inner Tube | Smooth |
| Application | Bilge, drain, and live well use |
| Operating Temperature | +10 to +140 F (-12 to +60C) |
| Below Waterline Use | Not recommended for below-waterline thru-hull connections |
| Compliance | CA Prop 65 Compliant |
Who This Is For
Boat owners and marine technicians requiring a durable, flexible, and transparent hose solution for bilge, drain, and live well systems. It is particularly suited for applications where visual confirmation of fluid flow is beneficial and efficient installation is prioritized.
How It Compares
| Feature | Trident Marine 1-1/2" Bilge & Live Well Hose | Goodall 1 |
|---|---|---|
| Inner Diameter | 1-1/2" | 1.5 inches, 1.5 inches |
| Length | 50' | 50 feet, 50 feet |
| Material | Clear Vinyl (FDA) | Clear Vinyl, Clear PVC |
| Construction | Corrugated with Black PVC Helix | Corrugated, Corrugated |
| Operating Temperature Range | +10 to +140 F | +20 to +140 F, +14 to +140 F |
| FDA Compliance | Yes | Not Specified, Not Specified |
Common Concerns Answered
Will this hose kink easily?
While designed for exceptional flexibility, this hose can kink if bent too sharply. Strategic routing and avoiding excessively tight bends will maintain optimal flow and hose integrity.
Can I use this hose for below-waterline connections?
This hose is explicitly not recommended for below-waterline thru-hull connections. It is designed for above-waterline applications such as bilge pumps and live wells, ensuring system integrity.
How durable is this hose in extreme marine conditions?
Constructed for demanding marine environments, the hose offers robust durability. For exceptionally long-term use in the harshest conditions, periodic inspection and maintenance are advised to ensure optimal performance.
Frequently Asked Questions
What is the operating temperature range for this Trident Marine hose?
The operating temperature range for this Trident Marine hose is +10 to +140 degrees Fahrenheit (-12 to +60 degrees Celsius).
Can this hose be used for below-waterline thru-hull connections?
No, this hose is not recommended for below-waterline thru-hull connections. It is designed for bilge, drain, and live well applications where this restriction is appropriate.
What is the inner and outer diameter of this 1-1/2" hose?
While the nominal inner diameter is 1-1/2 inches, the exact outer diameter is not specified in the product details but is designed to accommodate standard 1-1/2" hose clamps.
Is this hose FDA compliant?
Yes, the clear vinyl material used in this hose is FDA compliant, ensuring it meets safety standards for contact with various fluids.
What is the flexibility and bend radius like for this hose?
This hose features exceptional flexibility due to its corrugated design, allowing for a tight bend radius which is beneficial for routing in confined marine spaces.
