The Peter Huber 6278 is a precision-machined metric coupling adapter designed to connect two components featuring M16x1 female threads. This male-to-male (nipple) adapter is an essential accessory for laboratory thermoregulation setups, particularly when joining two insulated metal hoses or connecting a hose to a manifold system where both sides utilize female swivel nuts. Constructed from high-grade, chemical-resistant metal, it ensures a secure, leak-proof seal and maintains flow integrity across the wide temperature ranges characteristic of Huber Ministats and small CC-series circulators.
This adapter is a critical component for technicians needing to extend fluid lines or adapt manifold configurations without the need for custom-built hoses. Its robust one-piece design ensures that the internal bore remains unobstructed, preserving the flow rates required for precise temperature control. The precision-cut threads minimize the risk of mechanical failure or fluid leakage, ensuring the safety of your thermal experiments.
It is a precision-machined metric coupling adapter designed to connect two components featuring M16x1 female threads. This male-to-male (nipple) adapter is an essential accessory for laboratory thermoregulation setups, particularly when joining two insulated metal hoses or connecting a hose to a manifold system where both sides utilize female swivel nuts. Constructed from high-grade, chemical-resistant metal, it ensures a secure, leak-proof seal and maintains flow integrity across the wide temperature ranges characteristic of Huber Ministats and small CC-series circulators.
Yes. It is designed for Acts as a coupler to join two female M16x1 connections, and offers M16x1 Male (Standard for NW8/NW12 Huber connections) and M16x1 Male (Standard for NW8/NW12 Huber connections) to support this kind of work.
It has M16x1 Male (Standard for NW8/NW12 Huber connections), M16x1 Male (Standard for NW8/NW12 Huber connections) and suitable for the full operating spectrum of Huber high-performance systems (-120°C to +400°C).
It is made from durable, thermally stable metallic construction for long-term laboratory reliability. It also offers engineered to withstand the pump pressures and thermal cycling of laboratory circulation loops and compact hexagonal center section for easy tightening with standard wrenches.
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