Conqueror Wove creative paper in various shades of white and cream colours combines outstanding print quality with the soft, warm touch of an authentic wove - perfect to add an elegant look to your corporate communications.
The huge assortment of grammages that the Conqueror Wove range offers are ideal for creating announcements, presentation brochures and press inserts. To further enrich your letters, mailings, or quotes, you can choose any lighter versions of this Wove assortment - papers up to 120 grams come with or without watermark.
The Conqueror Wove range is suitable for offset and screen printing, and for use with all laser and inkjet printers - however tests are recommended for sheets heavier than 160g.
Conqueror Wove papers are offered in different sizes, formats, thicknesses, and luxury colours - and matching envelopes are also available. The Wove range is ECF environmentally friendly, FSC® certified, and Carbon Neutral. ISO 14001. ISO 9706.
- Traditional smooth finish - Large range from 100 to 320g/m2 - Available with watermark - Dry toner digital machine compatible - Matching envelopes - FSC® certified - Carbon Neutral
Applications:
Annual Reports, manuals, booklets, brochures, business stationery, calendars, certificates, diaries, direct mail, envelopes, flyers, gift bags, greetings cards, inserts, invitations, menus, notebooks/pads, posters, presentation stationery, promotional print, show cards, swing tags, tickets.
Technical information:
Printing: Offset, Letterpress, Silkscreen. Dry toner digital machines (subject to compatibility check for grammage and machine).
Guarantees:
Total Office Guaranteed up to and including 160g/m2: Guaranteed for pre-printing and subsequent use on all mono and colour laser and inkjet machines, as well as copiers and all-in-ones, subject to manufacturers guidance on grammage and use ISO 9001 Permanent Paper ISO 9706
As with all papers, please ensure this product has acclimatised to the local environment before opening. It is recommended you protect the paper from changes in humidity between different processes.