Peter Huber Hose Connection Tubing, Metal NW 12 M24x1.5, 100 cm, 350°C Max. Temp.

The Peter Huber 9274 is a premium, ultra-high-temperature insulated metal hose designed for the most rigorous laboratory and pilot plant thermoregulation requirements. Featuring a nominal width of NW12 and robust M24x1.5 threaded connections, this flexible tubing is engineered to handle extreme thermal environments, supporting an expansive working temperature range from -100°C up to 350°C. This exceptional range makes it an essential accessory for high-temperature reactors, autoclaves, and distillation units where standard hoses would fail. At 100cm (1 meter) in length, it provides a compact, high-efficiency connection that minimizes "dead volume" and heat loss between the circulator and the application. The hose is constructed from high-grade 1.4404 stainless steel and features advanced multi-layer thermal insulation protected by a smooth, wipe-clean silicone outer jacket and safety end caps.

Key Features:

• Brand: Peter Huber
• Connection Type: NW12 with M24x1.5 threading (Sleeve nut according to DIN 3870)
• Length: 100 cm (1 meter)
• Temperature Range: Extreme versatility from -100°C to 350°C
• Material: High-quality 1.4404 stainless steel for superior chemical and thermal resistance
• Insulation: Special multi-layer insulation with a smooth white silicone cover to prevent heat loss and protect users
• Pressure Rating: Maximum operating pressure of 16 bar at 20°C (10 bar at 350°C)
• Dimensions: 33 mm outside diameter with a minimum bending radius of 120 mm
• Safety: Flame-resistant construction (UL94-HB) with protective silicone end caps

This insulated metal hose is specifically optimized for high-performance temperature control units where thermal integrity and personnel safety are paramount. The integrated silicone cover ensures a non-porous surface that is easy to clean and resistant to aggressive laboratory chemicals. The M24x1.5 fittings provide a standardized, vibration-resistant, and leak-free connection, commonly found on mid-range Huber Unistat systems, ensuring long-term reliability in demanding research environments.

Frequently Asked Questions

1. What is the Peter Huber Hose Connection Tubing, Metal NW 12 M24x1.5, 100 cm, 350°C Max. Temp. used for?

It is a premium, ultra-high-temperature insulated metal hose designed for the most rigorous laboratory and pilot plant thermoregulation requirements. Featuring a nominal width of NW12 and robust M24x1.5 threaded connections, this flexible tubing is engineered to handle extreme thermal environments, supporting an expansive working temperature range from -100°C up to 350°C. This exceptional range makes it an essential accessory for high-temperature reactors, autoclaves, and distillation units where standard hoses would fail. At 100cm (1 meter) in length, it provides a compact, high-efficiency connection that minimizes "dead volume" and heat loss between the circulator and the application. The hose is constructed from high-grade 1.4404 stainless steel and features advanced multi-layer thermal insulation protected by a smooth, wipe-clean silicone outer jacket and safety end caps.

2. Is this product suitable for the most rigorous laboratory and pilot plant thermoregulation requirements?

Yes. It is designed for the most rigorous laboratory and pilot plant thermoregulation requirements, and offers a length of 100 cm (1 meter) and dimensions of 33 mm outside diameter with a minimum bending radius of 120 mm to support this kind of work.

3. What length and dimensions does this product have?

It has a length of 100 cm (1 meter) and dimensions of 33 mm outside diameter with a minimum bending radius of 120 mm.

4. What is this product made from and what features does it include?

It is made from high-quality 1.4404 stainless steel for superior chemical and thermal resistance. It also offers NW12 with M24x1.5 threading (Sleeve nut according to DIN 3870), extreme versatility from -100°C to 350°C and special multi-layer insulation with a smooth white silicone cover to prevent heat loss and protect users.