采用直径结构的无机性材料作为耐灼烧输送带骨架材料，该骨架材料的使用，解决了以往使用的棉帆布高温炭化、尼龙、聚酯帆布高温收缩变形的难度，具有高温下强度损失小，不收缩变形的特性。
The inorganic material with diameter structure is used as the framework material of burning-resistant conveyor belt. The use of the framework material solves the difficulty of high temperature carbonization of cotton canvas, high temperature shrinkage deformation of nylon and polyester canvas, and has the characteristics of low strength loss and non-shrinkage deformation at high temperature.
独特的贴胶配方设计，保证了胶料与骨架材料间的粘合强度大大高于普通耐热带，且高温状态层间粘合强度≥3N、mm。承受物料温度200—600℃，瞬时800℃。
The unique adhesive formula design ensures that the bonding strength between the compound and the skeleton material is much higher than that of the ordinary tropical resistant material, and the bonding strength between the layers at high temperature is more than 3N, mm. Bearing material temperature 200 - 600 C, instantaneous 800