Printable 2mm PVC Sheet For Display
Brand :POTENTECH
Product origin :Guangzhou，China
Delivery time :Within 1 Month
Supply capacity :20 containers per month
Printable 2mm PVC Sheet For Display
Potentech Foam PVC Sheets are using the free foam extrusion process.
Due to the surface structure, Potentech Foam PVC attains optimum ink adhesion for printing and is extremely colour-fast.
The cell structure makes it the choice for professional printers, sign makers and exhibition contractors.
Potentech Foam PVC Sheets provide the printing industry and display makers with an innovative material that meets every requirement with respect to its special material properties.
Potentech Foam PVC Sheets are specially designed to meet the requirements in the field of printing.
The lightweight sheet is outstanding due to its brilliant white, smooth, even surface which forms the basis for a perfect printing result, particularly for direct digital printing.
The properties provide the foundation for an outstanding printed image.
The material has particular advantages for screen printing, digital printing and lamination.
For display making, Potentech Foam PVC Sheets combine a fine-cell structure with an extremely stable material formulation into a rigid yet lightweight material.
The material is also moisture-resistant, and is therefore equally suitable for use both indoors and outdoors.
Potentech Foam PVC enables economic solutions in the field of printing applications.
Printable 2mm PVC Sheet For Display
Applications：
For Silk Screen Printing
For caving
For UV Flat Bed Printing
For UV Printing
For Display Application
RECOMMENDATIONS FOR THE PREPARATION FOAM PVC SHEETS
Static Electricity is a natural environmental phenomenon that can produce unacceptable results in digital printing applications. The ultra fine inkjet nozzles in modern printing equipment fire miniscule droplets of ink onto the surface of the print media and the presence of static electricity can cause these droplets to deflect from their intended path, resulting in variable ink coverage across the media.
Many of the substrates used within the Digital Print industry can be sensitive to static and it is vital that all precautions are taken when preparing these materials before printing. Listed below are a series of recommendations relating to the preparation of Foam PVC Sheets prior to processing through a digital print machine.
MATERIAL HANDLING & STORAGE
Always use lint free gloves when handling sheets and ensure that FOAM PVC SHEETS' surface to be printed is not touched by uncovered hands, as this can leave a greasy residue on the sheet.
Avoid dragging sheets across each other, as this can impart additional and unwanted static into the material.
Allow newly delivered material time to settle before printing, as movement during transportation can cause an increase in static.
HUMIDITY & TEMPERATURE
Humidity & temperature can have a direct influence on the static levels within all materials includes FOAM PVC SHEETS:
Try to maintain the relative humidity at 50% or more within the area of the printing machine. This can be controlled with the use of a Hygrometer
Avoid fluctuations in temperature around the machine by keeping doors and windows closed and minimising drafts and areas of rapidly moving air.
REDUCING STATIC ELECTRICITY
The use of professional ionizing equipment is the most effective way of discharging static electricity and it is recommended that ionization should take place immediately prior to printing.
Anti-static Bars are now standard on many machines and in most cases these can also be retro-fitted to printers that do not already have one installed.
Ionizing Air Pistols are also highly effective. They replace the need to wipe the sheet with an anti-static brush or cloth whilst also ionizing the surface at the same time.
Anti-static brushes are less effective than a bar or a pistol but can be used in the absence of the other two options.
It is in the interest of the printer to ensure that all static is discharged from substrates prior to digitally printing them. It is also recommended that trials be carried out on any substrate to ensure that the optimum print results are obtained.
