Designed for convenience and versatility in mind, this new line is sure to be a hit. With a snap fitting keeping the trolley coin safely in place and prominent branding areas, this handy pocket size tool, is an ideal promotional product for this Winter
• New pocket ice scraper and trolley coin all- in-one
• Coin has double-sided branding areas
• Strong bevelled edge for precise ice or snow removal
• Handy keyring fitting
• Made from rHIPS.b, a recycled & biodegradable plastic
rHIPS.b in Tor shade can be delivered in 5 days from proof approval*
Other rHIPS.b shades available within 3 weeks*
*Quantity limits apply
rHIPS.b is made from recycled polymers including all waste products with a biodegradable additive, that speeds up the natural biodegradable process of plastic.
rHIPS.b is 100% recycled and biodegradable*
*Biodegradation testing in line with ASTM D5511** showed 6.4% biodegradation after 45 days of testing.
**ASTM D5511 is the Industry Standard Test Method for Determining Anaerobic Biodegradation of Plastic Materials Under High-Solids Anaerobic-Digestion Conditions.
Designed for convenience and versatility in mind, this new line is sure to be a hit. With a snap fitting keeping the trolley coin safely in place and prominent branding areas, this handy pocket size tool, is an ideal promotional product for this Winter
• New pocket ice scraper and trolley coin all- in-one
• Coin has double-sided branding areas
• Strong bevelled edge for precise ice or snow removal
• Handy keyring fitting
• Made from rHIPS.b, a recycled & biodegradable plastic
rHIPS.b in Tor shade can be delivered in 5 days from proof approval*
Other rHIPS.b shades available within 3 weeks*
*Quantity limits apply
rHIPS.b is made from recycled polymers including all waste products with a biodegradable additive, that speeds up the natural biodegradable process of plastic.
rHIPS.b is 100% recycled and biodegradable*
*Biodegradation testing in line with ASTM D5511** showed 6.4% biodegradation after 45 days of testing.
**ASTM D5511 is the Industry Standard Test Method for Determining Anaerobic Biodegradation of Plastic Materials Under High-Solids Anaerobic-Digestion Conditions.
