45 microns release film online manufacture

Dissoluble Water Soluble PVA Film For Laundry Pods Packing Category parameter Remark Thickness 25m~45m Width 1000mm~2000mm Length Regular standard: 1000m Max length: 1500m Refer to products with 40m thickness ... Read More

Durable Water Soluble Release Film , PVA Release Film 1020mm Width 25-45 Microns Thickness PVA film is a new type of special function resin film material. The product is formed with water-soluble PVA as film ... Read More

Artificial / Synthetic Marble Water Soluble Release Film Polyvinyl Alcohol Film On Roll PVA water soluble film: PVA film can be used as a kind of demolding film with excellent performance when making parts of ... Read More

PVA Water Soluble Release Film , Artificial Marble Release Water Soluble Plastic Film Disposable PVA hot water film for Artificial Marble Release PVA film is a new type of special function resin film material. ... Read More

Disposable PVA hot water film for Artificial Marble Release Marble Release PVA Water Soluble Film 25M - 45M Thickness Optional PVA film is a new type of special function resin film material. The product is ... Read More

1100mm Width PVA Water Transfer Film Adding Auxiliary Materials For Artificial Marble Releas PVA film is a new type of special function resin film material. The product is formed with water-soluble PVA as film ... Read More

40Mu High Temp PVA Water Soluble Release Film Solid Material Release Application PVA film is a new type of special function resin film material. The product is formed with water-soluble PVA as film substrate, ... Read More

Marble Release Water Soluble 50m 25 Pva Film Roll PVA film is a new type of special function resin film material. The product is formed with water-soluble PVA as film substrate, adding auxiliary materials like ... Read More

Big Width PVA Hot Water Soluble Film Soften Agent For Artificaial Marble Backinge PVA film is a new type of special function resin film material. The product is formed with water-soluble PVA as film substrate, ... Read More