Model NO.: kc621
Origin: China
HS Code: 70195900

                                  PTFE mesh conveyor belt series

We select advanced imported loom,using high-quality imported glassfiber or Kevlar as basic weaving material, coated with excellent PTFE resin to make it into various PTFE mesh conveyor belts.

 Hot-Air Dryer PTFE Mesh Conveyor Belt


Features of PTFE conveyor belts:
1. High temperature resistance--It can continuously work under-140 to 260ºC, max resist high temperature up to 360ºC
2. Air permeability--It can avoid wasting heat and improve drying efficiency.
3. Chemical resistance--It can resist all most of chemical medicines.
4. Non-Sticky--It can easily remove all kinds of adhesives such as resin, paint and chemical medicines.
5. Good flex fatigue resistance--It has high tensile strength and excellent flex fatigue resistance. It's better for small wheels

 Hot-Air Dryer PTFE Mesh Conveyor Belt



Applications:
1.Drying machine for non-woven textile, textile printing, silk- printing and dyeing machine.
2.Shrinking machine for garment fabric, high-frequency and UV dryer.
3.Conveyor belt for hot-air dryer, various of food baking, quick-frozen machines.
4.Oiling machine for paper glazing and waxing, plant engineering.
5.Seperating sheet for hardboard production etc.

Hot-Air Dryer PTFE Mesh Conveyor Belt

 
Model material mesh size Thickness weight Temp resistance Max Width Tensile Strength
6001 fiberglass 1x1mm 0.5mm 370g/m² -70-260ºC 4000mm 310/290N/cm
6002 fiebrglass  2x2mm 0.7mm 450g/m² -70-260ºC 4000mm 350/310N/cm
6004 fiberglass 4x4mm 1.0mm 400g/m² -70-260ºC 4000mm 390/320N/cm
6004B fiberglass 4x4mm 1.0mm 450g/m² -70-260ºC 4000mm 390/320N/cm
6007 fiberglass
+Kevlar
4x4mm 1.2mm 600g/m² -70-260ºC 4000mm 895/370N/cm
6008 fiberglass 4x4mm 1.0mm 585g/m² -70-260ºC 4000mm 395/370N/cm
6008B fiberglass 4x4mm 1.0mm 585g/m² -70-260ºC 4000mm 395/370N/cm
6013 fiberglass 10x10mm 1.2mm 450g/m² -70-260ºC 4000mm 360/300N/cm
6015 fiberglass 0.5x1mm 0.5mm 420g/m² -70-260ºC 4000mm 310/290N/cm
6025 fiberglass 2*2.5mm 0.9mm 600g/m² -70-260ºC 3000mm 390/320N/cm

Hot-Air Dryer PTFE Mesh Conveyor Belt

Hot-Air Dryer PTFE Mesh Conveyor Belt

 

CNC Milling

The CNC milling process is a digital manufacturing process that is implemented by computer numerically controlled (CNC) machines. This process is used to produce parts with complex shapes, and the manufacturing process involves multiple steps. The following are the detailed steps of the general CNC milling process:Design: First, you need to design a CAD model of the parts you want to produce. A CAD model is a three-dimensional image created using computer-aided design software that can describe the shape, size, and features of a part.Programming: Next, you need to convert the CAD model into G-code, which is a type of computer instruction that controls the movement and operation of the CNC machine. G Code can be written manually or generated automatically using CAM software.Prepare the machine: Before you start machining, you need to check and prepare the CNC machine. This includes checking the machine's coordinate system, setting tools and cutters, and setting parameters such as the machine's speed and feed speed.Processing: After the machine is ready, the processing can begin. The machining process usually consists of multiple steps, such as roughing, finishing and drilling. At each step, the CNC machine moves tools and workpieces according to instructions in the G code to achieve the desired cutting operation.Inspection: After processing, the parts need to be inspected to ensure that they meet the design requirements and specifications. Inspection can be carried out by using measuring instruments, templates and other testing tools.Polishing and surface treatment: Parts can be polished and surface treated if needed to improve their surface finish and corrosion resistance. This can be done through the use of abrasives, chemicals and other tools.In short, the CNC milling process is a high-precision, high-efficiency manufacturing process for the production of parts with complex shapes. Through the control of CAD model and G code, the precise control of machine motion can be realized, so as to achieve high-precision parts processing.

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