£9.00 inc VAT Was £13.50

Product Code - NB14 
2" Camlock Coupler to S60x6 Male Buttress
•          S60x6 Male Buttress
•          2inch Cam lever coupler
•          Stainless Steel arms, pin and ring
•          Manufactured from reinforced polypropylene
•          Supplied with LDPE gasket
•          70°C maximum temperature with a -20 minimum temperature
•          Resistant to most chemicals and hazardous materials
This fitting will allow a 2inch camlock fitting to be connected to a female S60x6. An S60x6 thread measures 60mm across from the edge of each thread and has a 6mm pitch (distance between the threads).

Introducing the NB14 (Product Code) - the ultimate solution for secure and efficient fluid transfer. Our 2" Camlock Coupler x S60x6 Male Buttress is designed to meet your industrial needs with its impressive features.

The S60x6 Male Buttress ensures a reliable connection, allowing you to confidently transfer fluids without leakage or wastage. The 2-inch cam lever coupler provides a convenient and swift operation, saving you valuable time and effort.

Built to last, our coupler features stainless steel arms, pin, and ring, guaranteeing durability and resistance to wear and tear. The reinforced polypropylene construction further enhances its strength, making it suitable for heavy-duty applications.

Safety is paramount, which is why our NB14 is supplied with a high-quality LDPE gasket. This ensures a tight seal and prevents any potential leaks, even when dealing with chemicals and hazardous materials.

With a wide temperature range, this coupler can handle various environments. It boasts a maximum temperature of 70°C, making it suitable for hot fluid transfers, while its minimum temperature of -20°C ensures reliable performance in colder conditions.

Thanks to its chemical resistance, the NB14 can safely handle most chemicals and hazardous materials, providing you with peace of mind during fluid transfer operations.

Upgrade your fluid transfer system with the NB14. Experience efficiency, durability, and safety like never before.