Specification Brand : Ivie BulletPoint1 : Material:PE fully degradable environmental protection material, degraded by photo-oxygenation BulletPoint10 : Widely used in many occasions:Our 10x13in poly mailers are quite useful for T-shirts, blankets, scarves, or other non-breakable items of daily use, professional packing to protect your item, excellent mailers provide convenient and high-quality, low-cost transportation services.Let the recipient have a good mood and look forward to your mail more BulletPoint2 : Strong adhesion; No odor BulletPoint3 : Strong toughness BulletPoint4 : Waterproof BulletPoint5 : Strong load-bearing BulletPoint6 : Size:10x13in (Support Customization) BulletPoint7 : Package include:100pcs poly mailers BulletPoint8 : Explosion-proof edges BulletPoint9 : Unique Design: Our pretty poly mailer bags are a great choice if you are tired of plain normal mailers. It’s not only good for business but also for sending gifts Color : Forest ExternallyAssignedProductIdentifier : 7432122813894 ExternallyAssignedProductIdentifier1 : 0619915663165 ExternallyAssignedProductIdentifier2 : 619915663165 ItemName : 100Pcs Biodegradable Shipping Bags 10x13 inch Compostable Poly Mailers Eco Friendly Self Seal Adhesive Packaging Envelopes Supplies Mailing Bags (Forest) ItemPackageDimensions_Height : 1 inches ItemPackageDimensions_Length : 9 inches ItemPackageDimensions_Width : 12 inches ItemPackageQuantity : 1 ItemShape : Rectangular ItemTypeKeyword : envelope-mailers Manufacturer : sanxing Material : pe ModelName : Poly Bag ModelNumber : BAG-POLY-32X45-YELLOW NumberOfItems : 100 OccasionType : Business PartNumber : IvieMB ProductDescription : Product description:
Product Name: 10x13 inch Biodegradable Shipping Bags Compostable Poly Mailers Eco Friendly Self Seal Adhesive Packaging Envelopes Supplies Mailing Bags
Features: 1.PE Fully degradable environmentally friendly materials, degraded by photo-oxygenation 2.Strong adhesion,safe and convenient to use 3.Waterproof 4.Strong load-bearing 5.No peculiar smell 6.Double-layer thickening and explosion-proof edges