• Gapless Forced Convection technology: (P)(S)

  The overall optimized fan-forced convection system ensures efficient and uniform heating by incorporating densely arranged convection air distribution pipes obliquely oriented to the longitudinal direction, significantly enhancing the optical quality and stress uniformity of the finished glass. It is suited for producing high-quality large glass panels and Low-E glass curtain walls. With its simple structure, it also offers easy maintenance.

• Super Flat & Spotless technology: (P)

  Featuring an eight-fold stepped and interlaced arrangement of upper and lower air nozzles, combined with our patented lateral swing of upper and bottom chillers, this technology significantly improves glass uniformity and ensures more consistent optical performance. The result is lighter and more even anisotropy, delivering exceptional optical clarity and quality for industry-leading applications worldwide.

• Advanced Symmetrical Heating Technology

  Heat glass uniformly and effectively with our advanced symmetrical heating tech. The upper and lower temperature control zones are set up in a symmetrical way that makes the ratio of upper and lower heating power optimal and fits the right PID parameters.

• Intelligent Heating Control Module: (P)

  The independent intelligent Heating Control Module, co-developed by NorthGlass and our professional partners, enables a precise & stable heating control with distinct advantages of agility, anti-interference and with a quick response time.

• Smart Control of Furnace Temperature

  Improve Glass Quality and Reduce Energy Consumption with our smart furnace temperature control solution. With real-time monitoring of the glass temperature in the furnace, you can now achieve precise control, resulting in improved glass quality, higher yield, increased production capacity, and reduced energy consumption. Say goodbye to operational challenges and embrace the future of glass manufacturing.

• Triturbo Fan

  Experience first-class energy efficiency, and minimal noise with our latest quenching fan. It features multi-dimensional curved blades, based on ternary flow technology to ensure the fan's efficacy, energy consumption, and minimal noise.

• Nanoscale Thermal Insulation Material

  The new nanoscale thermal insulation material, co-developed by NorthGlass and a national scientific research institute. provides better heat retention and energy savings by blocking the internal micro air convection.

• Control System by Sub-stations

  Each section of NorthGlass furnace is controlled by a distributed sub-station, easy for assembling and maintenance, stable & reliable glass processing.

• Bending & Tempering technology by Rigid Rollers

  The cylindrical pathway formed by upper and lower rigid conveyor rollers, curvature along production direction, can produce the curved & tempered glass with fit and performance without bearing excess force during formation.

• Upward / Downward Bending & Tempering technology by Flexible Rollers: (S)

  The cylindrical surface formed by flexible conveyor rollers, curvature perpendicular to production direction, can produce the curved & tempered glass with longer straight line exceeding the limitation of furnace width. The upward and/or downward formation methods can meet different processing requests for bent & tempered coated glass.

Note: (P) means patented technology; (S) refers to selective component