Hansen Male BSP Threaded Poly Nipples
by Hansen
PN: SHN10
Original price
$2.38
-
Original price
$40.47
Original price
$23.79
$2.38
-
$40.47
Current price
$23.79
Hansen Threaded Hex Poly Nipples - Male
The Hansen Threaded Hex Poly Nipples - Male are designed for efficiently connecting two female fittings in a wide range of fluid systems. These high-density poly nipples are engineered with precision heavy-duty tapered threads, ensuring a superior and reliable seal that prevents leaks and maintains system integrity. Crafted from high-quality glass fiber reinforced nylon, these nipples offer exceptional durability, making them suitable for constant mains pressure applications.
FEATURES
- Superior Seal: The precision heavy-duty tapered threads of these nipples provide a secure and reliable seal, preventing any leaks or potential issues.
- Approved for Potable Water: Crafted from a raw material specifically approved for use with potable (drinkable) water, ensuring the highest standards of safety and hygiene.
- High-Quality Construction: Manufactured using high-quality glass fiber reinforced nylon, these nipples offer excellent durability and longevity.
- Resistant to Environmental Factors: Designed to withstand various environmental factors, including weather conditions, termites, fungi, and bacteria. This ensures their suitability for a wide range of applications, from horticultural and agricultural to marine and plumbing.
- Fire Rating and UV Stabilized: These nipples have a fire rating of UL94HB, ensuring safety in case of fire hazards. Additionally, they are UV stabilized, providing protection against the sun's harmful rays.
- Versatile Fluid Compatibility: Suitable for use with many types of fluids. Consult your dealer for specific details and recommendations.
- Temperature Considerations: Hansen has thoroughly tested these products for use with cold water up to a maximum temperature of 60°C (140°F). It is important to note that Hansen does not recommend using these nipples with temperatures higher than 60°C (140°F), as plastic expands with temperature increases.