Brief: Stay tuned as we highlight the most important features and real-use results. In this video, we showcase how our professional Kapton flexible heaters maintain a constant 30°C temperature for glassware. You'll see a detailed walkthrough of the ultra-thin construction, energy-saving performance, and custom manufacturing process that makes this USB heater ideal for precise thermal applications.
Related Product Features:
Ultra-thin polyimide construction under 0.3mm thickness for maximum flexibility and space efficiency.
Maintains precise constant temperature of 30°C for glassware with accurate thermal control.
Energy-saving design increases thermal conductivity by 20% and reduces power consumption by 20%.
Customizable sizing and heating patterns through advanced circuit imaging and printing technology.
Wide operating temperature range from -40°C to 300°C with excellent dielectric properties.
Fast heating capability locks temperature quickly and ensures even heat distribution.
Professional OEM manufacturing with over 50 independent technology patents and trademarks.
Robust construction using carefully selected materials for kneading and pressure resistance.
Faqs:
How do I place an order for a custom polyimide heater?
You should contact us providing dimension, CAD drawing, voltage and power requirements, material specifications, thickness, and whether you need adhesive backing or lead wires for customization.
What is the delivery timeline for samples and bulk orders?
Samples typically deliver in 8-12 days after payment, while large quantity orders ship within 10-15 days after payment, with door-to-door service available via FedEx.
How do you ensure product quality and reliability?
We guarantee quality through our large factory capacity, many years of industry experience, experienced professionals, complete sets of excellent equipment, and comprehensive pre-sale, sale, and after-sales service cooperation with customers.
What temperature range can these flexible heaters operate in?
Our polyimide heaters can operate in environments ranging from -40°C to 300°C, making them suitable for various industrial and laboratory applications requiring precise temperature control.