The OpUs Verte+: sustainable PCR trigger sprayer in various colors

At Bark Packaging Group and Berlin Packaging we focus very much on sustainable solutions. That is why we are very excited about the new feature regarding the trigger sprayer from our supplier AFA Dispensing. The OpUs Verte+ is a fully plastic precompression trigger sprayer with up to 67% Post Consumer Recycled (PCR) resin as the mainstream solution. The sprayer is made of polyolefin, making it easy to recycle.

GUARANTEED LIFESPAN OF 10,000 STROKES

The lifespan has a guaranteed amount of 10,000 strokes (according to AFA). This means that a single OpUs Verte+ sprayer can be reused for up to 27 bottles of 500 ml liquid product, making it a cost-effective and environment-friendly choice.

UP TO 67% PCR-RESIN AS THE MAINSTREAM SOLUTION

As the global push for more environment-friendly packaging solutions continues, the availability and quality of PCR resin is improving. True to its mission of ‘re-inventing liquid dispensing’, AFA’s Research & Innovation (R&I) team searched for a resin made from 100% PCR material and used it to replace all the parts in the previous model that were made from a combination of virgin and PCR resin. The result is a product with a 67% overall content of recycled material, the highest percentage of any OpUs trigger sprayer.

LOWER TAX, BETTER AFFORDABILITY

Given increasing regulations to reduce the use of plastic in the EU, the PCR content in a product can in some cases significantly reduce national taxes.

CUSTOMIZED OPTIONS

The OpUs Verte+ is available in several standard color options. In addition, customized options are also available, this means that the trigger sprayer matches well with every brand identity. Thanks to the endless options in the market, the right specification and configuration is always possible.

With the new OpUs Verte+, you can take your sustainability performance to new heights. Curious about the possibilities? Feel free to contact Vilmar Arduin for more information about this beautiful sustainable solution.