RI-Lam M100 R9 Floor Talker Anti Slip Lam 1370mm (04741)


Central UK Location
Daily deliveries throughout
the UK and Europe
Ri-Lam M100 R9 Floor Talker Anti Slip Lamination Film has been specially developed to protect digitally printed floor graphic images.
It provides anti-slip properties (classified R9 according to DIN 51130:2014) and has a transparent monomeric calendered vinyl face film.
It is perfect for use with Ri-Jet M100 printed media when printed with solvent, eco-solvent and latex inks, but is not suitable for UV print due to silvering.
REACH and RoHS compliant.
Ri-Lam M100 R9 Floor Talker Anti Slip Lamination Film has been specially developed to protect digitally printed floor graphic images.
It provides anti-slip properties (classified R9 according to DIN 51130:2014) and has a transparent monomeric calendered vinyl face film.
It is perfect for use with Ri-Jet M100 printed media when printed with solvent, eco-solvent and latex inks, but is not suitable for UV print due to silvering.
REACH and RoHS compliant.
Typical use:
• Short term indoor floor graphic
• Provide anti-slip properties, classified R9
• Protect printed media from abrasion and retard colour fading
• Provide homogeneous finish
Construction:
• Face film: 100 μm structured monomeric calendered vinyl
• Adhesive: permanent clear water-based acrylic
• Release liner: glassine 62 g/m2
Converting method:
Compatible with solvent, eco-solvent and latex inks.
To be laminated with a laminator.
Application method/instructions for use:
The printed media to laminate should dry minimum 24h prior to lamination.
Laminate without tension on the printed media.
Expected durability:
The expected indoor durability is 6 months.
This information is based on real file experience and artificial aging according to ISO 4892-2.
Note: Exposure to severe temperature and ultra-violet light will cause a quicker deterioration. This applies also to polluted area, high altitude, horizontal applications, and south-facing exposure.
Shelf life:
Shelf life is 2 years, when stored at 23 °C and 50 % relative humidity conditions.
Higher temperatures and/or humidity levels will reduce product shelf life.