The Peter Huber 6364 is a precision-engineered metric-to-pipe thread adapter designed to bridge the gap between Huber’s laboratory standards and industrial plumbing components. This adapter features an M16x1 male threaded connection on one side and a 1/2" female threaded port on the other. It is primarily used to connect Huber Ministats or smaller CC-series circulators to 1/2-inch male pipe fittings, sensors, or reactor ports. Machined from a high-performance, thermally stable metallic alloy, the 6364 is built to provide a secure, leak-free transition within highly demanding thermal circulation loops.
Key Features:
This adapter is essential for technicians who need to adapt European metric threads to standard 1/2-inch piping infrastructure. The internal geometry is designed to maintain consistent flow characteristics, ensuring that the temperature control of your application remains precise. Its rugged construction ensures reliability even when subjected to the thermal expansion and chemical exposure typical of high-performance laboratory environments.
1. Why use an M16 male to 1/2" female adapter?
This configuration is typically used when you have an insulated hose with an M16x1 female swivel nut and you need to connect it to a 1/2" male pipe thread or a reactor port with a 1/2" male fitting.
2. Is the 1/2" thread NPT or BSP?
Huber adapters are commonly available in G-thread (parallel) or NPT (tapered). Please check your specific facility requirements; for NPT connections, ensure you use a high-temperature sealant or PTFE tape for a pressure-tight seal.
3. Do I need an O-ring for the M16 side?
The M16x1 male side seals against the flat gasket or O-ring located inside the corresponding female M16 swivel nut. Always verify the condition of the seal in your hose or unit outlet before tightening the adapter.
4. Will this adapter restrict the flow of my Ministat?
The internal bore is sized to match the NW8/NW12 standard of M16 fittings. While every adapter creates a minor transition, the impact on the flow rate of compatible Huber units is negligible.
5. Can I use this with silicone oils at 200°C?
Yes. The metallic construction is fully compatible with synthetic heat transfer fluids, silicone oils, and water-glycol mixtures across the entire operating range of Huber laboratory systems.
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