Pioneer Heated Hose

In high-temperature production environments, even “simple” transfer lines can become a weak link: temperature drop along the hose can cause process instability, extra maintenance, and unplanned downtime. Heated hoses are designed for insulation + heat tracing during transfer, helping prevent viscous media from solidifying/freezing or increasing viscosity.

The Pioneer Hose in our catalog is mainly used on glass production lines for inert gas transfer, where stable operation and heat management are critical.

Performance Highlights

• Max operating temperature: up to 230°C (design-dependent; higher temperature can be customized)

• Working pressure: up to 173 bar / 2501 psi (design-dependent; size-dependent—see table)

• Burst pressure: up to 690 bar / 10005 psi (design-dependent; size-dependent—see table)

• Uniform braided heating layer helps minimize inner-wall temperature variation (design-dependent)

• High-efficiency insulation materials selected with surface temperature consideration (design-dependent)

Why Use Pioneer Heated Hose

For glass-line and high-temperature inert gas applications, temperature stability and line reliability matter. A heated hose helps maintain a more controlled transfer condition and supports stable operation by combining heating + insulation (heat tracing) for temperature-managed delivery.

Core Features

1. Application-focused for glass production lines / inert gas transfer

2. Insulation + heating structure with braided heating elements to reduce temperature differences along the inner wall

3. Insulation material selection designed with surface temperature consideration

Typical Specification Reference (from catalog table)

Customization Options (Built to Your Specs)

Catalog selection options include (and can be expanded for special environments):

• Voltage: 12Vdc / 110Vac / 220Vac / 380Vac (others)

• Temperature sensor: J / K / NI120 / PT100 / PT1000 (others)

• Length: 0.1 m / 3 m / 4.5 m / 5 m / 6 m / 10 m (others)

• Diameter options: Φ8 / Φ12 / Φ16 / Φ19 / Φ25 (others)

• Max temperature target: 400°C / 200°C / 120°C / 100°C (others)

• Working pressure target: 4 / 10 / 20 / 35 MPa (others)

• Power (W/m): 110 / 150 / 170 / 200 W/m (others)

• End fittings (both ends): US / UK / Metric (others)

• Inner tube / liner options (by code):

• B = stainless steel corrugated hose

• TB = PTFE stainless steel braided hose

• T = PTFE hose

• X = special material

Model Coding (for faster quoting)

Example: JCH–200–16–B–3X220–P2–8–N

• 200 = working temperature (°C)

• 16 = hose inner diameter code

• B/TB/T/X = inner tube material type

• 3X220 = voltage example

• P2/P3/K/J/W/T = sensor option

• 8 = working pressure example (8 MPa)

How to Select the Right Pioneer Heated Hose (Send These Details)

• Application: glass line / inert gas type, temperature requirement

• Target hose set temperature (°C) and control method

• Required ID/OD, length, and routing constraints (minimum bend radius)

• Working pressure (continuous + peak) and safety margin

• Power supply (voltage, AC/DC, phase if applicable)

• Sensor type (PT100/PT1000/J/K/NI120 or none)

• End fittings on both sides (thread standard + size)

• Installation safety requirements (avoid over-bending and lateral twisting)

About Us (Manufacturing & Delivery)

Inquiry → Spec confirmation → Quotation → Production → Inspection & packing → Shipment