Triplast 100 x C5 Window Self Seal Security Envelopes (Size: 229x164mm) | Address Window, Self Sealing & Printer Safe Mailing Paper Envelopes | Ideal for Everyday Home, Office & Commercial Use

Triplast Window Self Seal Security Envelopes are the perfect mailing supply to save you time and effort. They are designed to stay sealed with no tape, glue or any kind of moisture. Just close the flap and press shut! These envelopes feature a see-through window that displays essential information - such as the recipient’s address or business information - without revealing sensitive details. Manufactured to a 90 gsm thickness for an ideal blend of lightness and durability, these envelopes are perfect to be used on a daily basis at home, at work, or in commercial settings. Sustainably produced, the paper used to make them is sourced from forests that have been well-managed, controlled, audited, and certified, and do not contribute to deforestation.

• CONTENTS: Pack of 100 White Window Mailing Envelopes | SIZE: C5 | LENGTH: 229 mm / 9.02 in | WIDTH: 164 mm / 6.46 in | THICKNESS: 90 gsm | MADE in the UK
• ENHANCED SECURITY: These envelopes feature a see-through window to display essential information such as addresses and a blue high security pattern on the inside that scrambles text to ensure contents remain concealed when in-transit or storage.
• HASSLE-FREE & PRACTICAL: The self-seal adhesive eliminates the need for any tape, glue or licking to seal these envelopes - just fold & press the top flap to secure shut! These envelopes are also compatible with most inkjet and laser printers.
• MULTIPURPOSE: These envelopes are ideal for mailing & organising invoices, letters, statements, catalogues, periodicals, brochures, etc. They are a cost-effective option for everyday home, office & commercial use!
• RECYCLABLE & PEFC CERTIFIED: Apart from being fully recyclable, these envelopes are made from paper sourced in a natural & controlled manner from SUSTAINABLY MANAGED FORESTS that also PROTECT THE RIGHTS OF WORKERS along the production process.