Peter Huber Adapter M16x1 Male - M30x1.5 Male

The Peter Huber 6449 is a precision-engineered metric adapter designed to bridge the gap between different sizes of Huber thermoregulation hardware. Featuring an M16x1 male thread on one end and an M30x1.5 male thread on the other, this adapter acts as a critical interface for connecting smaller hoses or manifolds to larger circulator ports and accessories. Machined from high-grade, chemical-resistant metal, it is built to maintain a leak-proof seal and provide high-flow integrity across the wide temperature ranges typical of high-performance laboratory environments.

Key Features:

• Brand: Peter Huber
• Thread A: M16x1 Male (Standard for Ministat and small CC units)
• Thread B: M30x1.5 Male (Standard for medium-to-large Unistats/NW20 connections)
• Material: Durable, thermally stable metallic construction for long-term reliability
• Thermal Range: Suitable for the full operating spectrum of Huber temperature control systems
• Pressure Rating: Engineered to withstand high pump pressures and frequent thermal cycling
• Application: Connects M16 female components to M30 female hoses or unit outlets
• Design: Robust, one-piece construction for a secure and vibration-resistant fit

This adapter is essential for technicians needing to adapt metric thermoregulation equipment between different connection standards. Whether you are integrating a smaller manifold into a large Unistat loop or connecting mismatched hoses, the 6449 provides a reliable transition. Its precision-cut threads reduce the risk of mechanical failure or fluid leakage, ensuring the safety and reproducibility of your thermal experiments.

Frequently Asked Questions

1. What is the Peter Huber Adapter M16x1 Male - M30x1.5 Male used for?

It is a precision-engineered metric adapter designed to bridge the gap between different sizes of Huber thermoregulation hardware. Featuring an M16x1 male thread on one end and an M30x1.5 male thread on the other, this adapter acts as a critical interface for connecting smaller hoses or manifolds to larger circulator ports and accessories. Machined from high-grade, chemical-resistant metal, it is built to maintain a leak-proof seal and provide high-flow integrity across the wide temperature ranges typical of high-performance laboratory environments.

2. Is the Peter Huber Adapter M16x1 Male - M30x1.5 Male suitable for Connects M16 female components to M30 female hoses or unit outlets?

Yes. It is designed for Connects M16 female components to M30 female hoses or unit outlets, and offers M16x1 Male (Standard for Ministat and small CC units) and M30x1.5 Male (Standard for medium-to-large Unistats/NW20 connections) to support this kind of work.

3. What thread a and thread b does the Peter Huber Adapter M16x1 Male - M30x1.5 Male have?

It has M16x1 Male (Standard for Ministat and small CC units), M30x1.5 Male (Standard for medium-to-large Unistats/NW20 connections) and suitable for the full operating spectrum of Huber temperature control systems, and is supplied under manufacturer part number 6449.

4. What is the Peter Huber Adapter M16x1 Male - M30x1.5 Male made from and what features does it include?

It is made from durable, thermally stable metallic construction for long-term reliability. It also offers engineered to withstand high pump pressures and frequent thermal cycling and robust, one-piece construction for a secure and vibration-resistant fit.

5. How does the Peter Huber Adapter M16x1 Male - M30x1.5 Male compare with other temperature circulator products?

The Peter Huber model is a strong choice for Connects M16 female components to M30 female hoses or unit outlets, offering M16x1 Male (Standard for Ministat and small CC units), M30x1.5 Male (Standard for medium-to-large Unistats/NW20 connections) and suitable for the full operating spectrum of Huber temperature control systems. Other brands offer temperature circulator products with varying thread a, thread b, thermal range and pressure rating, but this model is built for Connects M16 female components to M30 female hoses or unit outlets.