Cyclus Offset - Recycled Papers

Cyclus Offset

With a character all of its own, Cyclus Offset is our uncoated, natural white paper that’s 100% recycled and FSC® Recycled certified*. Designed to enhance the creative message, touch and feel combine to support your communications. Better still, Cyclus Offset offers excellent runnability and printability with the best opacity to minimise show through.

Choosing Cyclus Offset says a lot about your business. Authentic yet thoroughly modern, it is made from 100% FSC® Recycled pulp* which produces less CO2, diverts waste from landfill and consumes much less water and energy, as well as eradicating the need for wood in production.

* Cyclus Offset is FSC® Recycled certified is standard for sheets and on request for reels.

Suitable Applications

In the right grammage, Cyclus Offset is ideal for:

Report and accounts, CSR & environmental reports, brochures, leaflets, direct mail, promotional prints, offset books, catalogues, magazines, greeting cards, invitations, menus, business stationery, letterheads, posters, transactional printing, business cards and envelopes.

Key Features

Finish Offset, Uncoated
Recycled content 100%
Whiteness Natural

Available grammages

  • 70
  • 80
  • 90
  • 100
  • 115
  • 140
  • 150
  • 170
  • 200
  • 250
  • 300
  • 350
Highlights

Printing compatibility

  • Sheet Wet Offset
  • Sheet Dry Offset
  • Heat Set Web Offset
  • Cold Set Web Offset
  • Digital HP Indigo
  • Digital Dry Toner
  • Laser Personalisation
  • Office Printing

Mill certifications

  • FSC ®
  • FSC ® Recycled
  • ISO 9001
  • ISO 14001
  • ISO 50001
  • OHSAS 18001

Product certifications

  • EU Ecolabel
  • Blue Angel
  • Listed WWF Check Your Paper
  • Process Chlorine Free (PCF)
  • Toy Safety
  • Archive suitable (DIN 6738)
  • Reach Compliant
  • Heavy Metal Absence
  Le Bourray
Water
Water
COD 2.3 Kg/t
AOX 0.000 Kg/t
N 0.120 Kg/t
P 0.014 Kg/t
Air
Air
SO2 0.006 Kg/t
NOx 0.582 Kg/t
CO2** 558 Kg/t
Purchased electricity
Purchased Electricity
  1,232 KWh/t
Solid waste landfill
Solid waste landfill
  25 Kg/t
Carbon Footprint
Carbon Footprint
  602 Kg CO2/t

For more information on our carbon footprint see Supporting Information.

Note: These figures include both pulp and paper production.

Arjowiggins Graphic is fully committed to environmental responsibility during the development and production of its pulp and paper*
* Figures based on 2013 measurements
** Fossil energy

Weight (gsm) Bulk (cm3/g) CIE Whiteness ISO brightness (%) Opacity (%) Roughness Bendtsen (ml/min) Dynamic Stiffness MD (mN.m) Dynamic Stiffness CD (mN.m)
70 1.20 98 83 94 200 0.25 0.10
80 1.20 98 83 95 250 0.35 0.15
90 1.20 98 83 96 250 0.55 0.25
100 1.20 98 83 97 250 0.65 0.30
115 1.20 98 83 98 250 0.90 0.40
140 1.20 98 83 99 300 1.35 0.60
150 1.20 98 83 99 300 2.00 1.00
170 1.20 98 83 99 300 2.90 1.50
200 1.20 98 83 99.5 400 4.90 2.30
250 1.20 98 83 99.5 450 8.30 4.00
300 1.20 98 83 100 450 14.00 7.20
350 1.20 98 83 100 450 22.50 11.20

This information is supplied in good faith and is accurate at the date of publication.
Arjowiggins Graphic reserves the right to change or update information as deemed necessary.

Prepress recommendations:

  • Screen rulings (Max 150 lpi)
  • For heavy ink loads, work Under-colour-removal (UCR) is recommended

Printing recommendations:

  • Guaranteed for Offset litho
  • Sheets suitable for letterpress
  • Suitable for use in mono and colour laser printers and dry toner
  • Recommended fount solution wet pH 5.5 +/- 0.5
  • Suitable for HSWO (heat set web offset): keep web temperature to a max. of 150° centigrade
  • Suitable for cold set web offset - pre-testing recommended
  • Compatible with IR-drying and UV-curing
  • Suitable for all offset, acrylic and UV varnishes

Converting recommendations:

  • Suitable for foil lamination, hot-foil blocking / cold foil blocking
  • Suitable for blind embossing - avoid sharp edges on tools
  • Suitable for die cutting and perforation
  • Folding pre-creasing recommended for >150 gsm
  • Suitable for clamps, wire thread and adhesive binding, and perforation

Available from:

From the showcase

See more in the Paper showcase