Ruskington, 150gsm, 500 x 700mm, Milk White - 250 sheets

A beautiful material with a soft white shade, an ideal alternative to the usual bright white shades, perfect for when a warmer, softer impression is desired.

It is impossible to show accurate colours or the quality and finish of paper and card on a computer monitor. If you are unsure of its suitability for your purposes we suggest you place a small order first to try it before placing a large order, or you can order a sample snippet of the material to check the shade and finish HERE

Ruskington

Compatibility

• Litho: - Suitable.
• Letterpress: - Suitable.
• Screen: - Suitable.
• Hot Foil Stamping: - Suitable.
• Digital: - No information available. We suggest you conduct your own trials.
• Inkjet printer: - Not guaranteed but may work, results may vary significantly between batches due to manufacturing variances, our own tests on the 100gsm have shown that inkjet inks do dry on this material athough it may be necessary to print the sheets individually to allow a little extra drying time. ​​​​
• Laser printer: - Our own trials on the 100gsm have produced good results on the mono laser printers tested, but we suggest you conduct your own trials as all printers differ.

This information is a mixture of information received from the manufacturer and feedback from our customers, it is in no way intended as a guarantee as to the suitability of any product for any particular use. You should always read this information in conjunction with your printer or other equipment manufacturers instructions for use of their equipment. If you are unsure of the suitability of any of our products we always recommend you try a small order first before purchasing a large quantity.

Ruskington

Attributes & Environmental

• Pulp is bleached using an Elemental Chlorine Free (ECF) process.
• FSC certified
• Conforms to European packaging regulations 94/62/EC regarding heavy metal content and the manufacture or packaging of toys.
• Material can be disposed of by recycling, incineration for energy recovery and composting.