PTFE open up mesh belt
ZheJiang zhongbang supply a wide variety of PTFE &solTEFLON® Coated open mesh conveyor belts for the different Industry&period Open up-Mesh PTFE-coated glass cloth with superb release qualities and dimensional security&comma typically employed as a conveyor belt fabric in textile&comma display screen printing and foodstuff drying purposes as properly as non-woven bonding&period of time Our in property belt fabrication department can offer a extensive variety of splices which includes Bullnose joint & Alligator joint&comma and edge reinforcement and guiding methods for distinct specifications&interval
Attributes
1&period Can be utilised in temperatures ranging from -one hundred to 260° C&period of time
2&time period Superb anti-adhesive homes and effortless to eliminate stickier things&time period Also has exceptional chemical resistance&period
three&interval Fantastic dimensional steadiness&time period
four&period Meets foodstuff sterilization technical specs&interval
Item No | Mesh Dimensions | Content | Thickness | Fat | Resistance | Max Width | Tensile Power |
6001 | 1x1mm | fiberglass | .5mm | 390g/m² | -70-260° C | 4000mm | 1600/1500N/5cm |
6002 | 2x2mm | fiberglass | .7mm | 450g/m² | -70-260° C | 4000mm | 2200/1500N/5cm |
6003 | 4x4mm | fiberglass | one.0mm | 500g/m² | -70-260° C | 4000mm | 2100/1500N/5cm |
6004 | 4x4mm | fiberglass | one.0mm | 480g/m² | -70-260° C | 4000mm | 2100/1500N/5cm |
6007 | 4x4mm | fiberglass+kevlar | one.2mm | 560g/m² | -70-260° C | 4000mm | 3300/2800N/5cm |
6008 | 4x4mm | fiberglass | 1.0mm | 570g/m² | -70-260° C | 4000mm | 2800/1580N/5cm |
6571 | 4x4mm | kevlar | one.0mm | 460g/m² | -70-260° C | 4000mm | 3500/3300N/5cm |
6012 | 4x4mm | fiberglass | one.0mm | 580g/m² | -70-260° C | 4000mm | 2800/1500N/5cm |
6013 | 10x10mm | fiberglass | 1.0mm | 450g/m² | -70-260° C | 4000mm | 1100/1000N/5cm |
6014 | .5x1mm | fiberglass | .5mm | 420g/m² | -70-260° C | 4000mm | 2200/1500N/5cm |
6015 | 2×2.5mm | fiberglass | .9mm | 470g/m² | -70-260° C | 3000mm | 2200/1500N/5cm |