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Weezen® copolyesters are specifically developed for full body shrink sleeves, a packaging solution that will make your products stand out on the shelf. These full-body labels maximize marketing space as they allow 360º printing of eye-catching graphics with excellent printability, clarity and gloss. Weezen® products are the solution that will enhance your brand image and increase consumer brand loyalty.
Weezen® grades are the ideal choice for any kind of packaging: beverage, soft drinks, juices, alcoholic drinks, personal care, household products, and labels to fit high contour containers. Labels made with Weezen® copolyester will wrap perfectly around any shape when heat is applied.
This product line also offers solutions for shrink processes at lower temperatures, as well as for thin-walled bottles where a lower shrink force is required.
Weezen® products perform at the highest standards, guaranteeing a high shrink rate, reaching maximum shrinkage potential at the temperature and time release to fit customer needs depending on choice of product.
Full-body shrink sleeve labels made with Weezen® copolyesters allow tamper-evident packaging, promoting a sense of security to your customers whilst reducing packaging cost as there is no need for plastic rings or other tamper evident bands. The portion of the sleeve covering the cap can be perforated to facilitate opening.
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Weezen® copolyesters are specifically developed for full body shrink sleeves, a packaging solution that will make your products stand out on the shelf. These full-body labels maximize marketing space as they allow 360º printing of eye-catching graphics with excellent printability, clarity and gloss. Weezen® products are the solution that will enhance your brand image and increase consumer brand loyalty.
Weezen® HS 200 maintains excellent transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (Tg) given the product’s tendency not to crystallise.
The shrink curve that may be expected in transverse direction using Weezen® HS 200 starts at 65°C and reaches approximately 75% at 90°C.
Weezen® HS 310 maintains excellent transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (Tg) given the product’s tendency not to crystallise.
The shrink curve that may be expected in transverse direction using Weezen® HS 310 starts at 60°C and reaches approximately 75% at 90°C.
The combination of shrinkage and shrink force make Weezen® HS 310 the ideal solution for thin-walled containers.
Weezen® HS 320 is the perfect economical solution. This grade maintains transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (TG).
Weezen® HS 330 is the perfect economical solution. This grade maintains transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (TG).
Weezen® HS 410 maintains excellent transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (Tg) given the product’s tendency not to crystallise.
The shrink curve that may be expected in transverse direction using Weezen® HS 410 starts at 65°C and reaches approximately 75% at 90°C.
Weezen® HS 420 is a copolyester specifically developed for full body shrink sleeves, when a gentler shrink force is required for bottles with thinner walls, avoiding deformation of the container.
This solution maintains excellent transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (TG) given the product’s tendency not to crystallise.
Weezen® HS 420 Ti is a copolyester specifically developed for full body shrink sleeves, when a gentler shrink force is required for bottles with thinner walls, avoiding deformation of the container.
This solution maintains excellent transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (TG) given the product’s tendency not to crystallise.
Eco resins include up to 80% post-consumer advanced recycled content, an answer for brand owners looking to maintain aesthetics and complete functionality in processing whilst reducing consumption of virgin materials. These resins are RecyClass certified, demonstrating the degree of recycled content.
The combination of Weezen® CE 102 and Weezen® CE 201 resins, allows for the extrusion of heat-shrinkable films that have the ability to crystallize, avoiding clumping issues.
This offers a sustainable solution for the heat shrink sleeve market, as labels produced with this combination of resins can be recycled in the PET stream, without compromising the shrinkage behavior.
Weezen® HS 200 maintains excellent transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (Tg) given the product’s tendency not to crystallise.
The shrink curve that may be expected in transverse direction using Weezen® HS 200 starts at 65°C and reaches approximately 75% at 90°C.
Weezen® HS 310 maintains excellent transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (Tg) given the product’s tendency not to crystallise.
The shrink curve that may be expected in transverse direction using Weezen® HS 310 starts at 60°C and reaches approximately 75% at 90°C.
The combination of shrinkage and shrink force make Weezen® HS 310 the ideal solution for thin-walled containers.
Weezen® HS 320 is the perfect economical solution. This grade maintains transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (TG).
Weezen® HS 330 is the perfect economical solution. This grade maintains transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (TG).
Weezen® HS 410 maintains excellent transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (Tg) given the product’s tendency not to crystallise.
The shrink curve that may be expected in transverse direction using Weezen® HS 410 starts at 65°C and reaches approximately 75% at 90°C.
Weezen® HS 420 is a copolyester specifically developed for full body shrink sleeves, when a gentler shrink force is required for bottles with thinner walls, avoiding deformation of the container.
This solution maintains excellent transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (TG) given the product’s tendency not to crystallise.
Weezen® HS 420 Ti is a copolyester specifically developed for full body shrink sleeves, when a gentler shrink force is required for bottles with thinner walls, avoiding deformation of the container.
This solution maintains excellent transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (TG) given the product’s tendency not to crystallise.
Clear resins include up to 100% of certified mass balance content. By certifying to the ISCC PLUS standard, a globally recognised certification system, Selenis provides transparency to track certified sustainable content throughout the value chain.
The combination of Weezen® CE 102 and Weezen® CE 201 resins, allows for the extrusion of heat-shrinkable films that have the ability to crystallize, avoiding clumping issues.
This offers a sustainable solution for the heat shrink sleeve market, as labels produced with this combination of resins can be recycled in the PET stream, without compromising the shrinkage behavior.
Weezen® HS 200 maintains excellent transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (Tg) given the product’s tendency not to crystallise.
The shrink curve that may be expected in transverse direction using Weezen® HS 200 starts at 65°C and reaches approximately 75% at 90°C.
Weezen® HS 310 maintains excellent transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (Tg) given the product’s tendency not to crystallise.
The shrink curve that may be expected in transverse direction using Weezen® HS 310 starts at 60°C and reaches approximately 75% at 90°C.
The combination of shrinkage and shrink force make Weezen® HS 310 the ideal solution for thin-walled containers.
Weezen® HS 320 is the perfect economical solution. This grade maintains transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (TG).
Weezen® HS 330 is the perfect economical solution. This grade maintains transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (TG).
Weezen® HS 410 maintains excellent transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (Tg) given the product’s tendency not to crystallise.
The shrink curve that may be expected in transverse direction using Weezen® HS 410 starts at 65°C and reaches approximately 75% at 90°C.
Weezen® HS 420 is a copolyester specifically developed for full body shrink sleeves, when a gentler shrink force is required for bottles with thinner walls, avoiding deformation of the container.
This solution maintains excellent transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (TG) given the product’s tendency not to crystallise.
Weezen® HS 420 Ti is a copolyester specifically developed for full body shrink sleeves, when a gentler shrink force is required for bottles with thinner walls, avoiding deformation of the container.
This solution maintains excellent transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (TG) given the product’s tendency not to crystallise.
Bio resins are produced with up to 30% bio-based content (bio-MEG), helping to reduce the industry's reliance on fossil fuels. These resins contribute to a lower life cycle impact (LCA) by using renewable resources, offering a sustainable alternative to traditional materials.
The combination of Weezen® CE 102 and Weezen® CE 201 resins, allows for the extrusion of heat-shrinkable films that have the ability to crystallize, avoiding clumping issues.
This offers a sustainable solution for the heat shrink sleeve market, as labels produced with this combination of resins can be recycled in the PET stream, without compromising the shrinkage behavior.
Weezen® HS 200 maintains excellent transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (Tg) given the product’s tendency not to crystallise.
The shrink curve that may be expected in transverse direction using Weezen® HS 200 starts at 65°C and reaches approximately 75% at 90°C.
Weezen® HS 310 maintains excellent transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (Tg) given the product’s tendency not to crystallise.
The shrink curve that may be expected in transverse direction using Weezen® HS 310 starts at 60°C and reaches approximately 75% at 90°C.
The combination of shrinkage and shrink force make Weezen® HS 310 the ideal solution for thin-walled containers.
Weezen® HS 320 is the perfect economical solution. This grade maintains transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (TG).
Weezen® HS 330 is the perfect economical solution. This grade maintains transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (TG).
Weezen® HS 410 maintains excellent transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (Tg) given the product’s tendency not to crystallise.
The shrink curve that may be expected in transverse direction using Weezen® HS 410 starts at 65°C and reaches approximately 75% at 90°C.
Weezen® HS 420 is a copolyester specifically developed for full body shrink sleeves, when a gentler shrink force is required for bottles with thinner walls, avoiding deformation of the container.
This solution maintains excellent transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (TG) given the product’s tendency not to crystallise.
Weezen® HS 420 Ti is a copolyester specifically developed for full body shrink sleeves, when a gentler shrink force is required for bottles with thinner walls, avoiding deformation of the container.
This solution maintains excellent transparency and clarity even after long exposure to temperatures higher than its glass transition temperature (TG) given the product’s tendency not to crystallise.
Devoted to playing a role in society’s collective response to the plastic waste challenge, we center our innovation in developing solutions for a circular economy. CE resins can be eligible for APR Design® for Recyclability Recognition and meet the requirements for RIC 1 identification.
The combination of Weezen® CE 102 and Weezen® CE 201 resins, allows for the extrusion of heat-shrinkable films that have the ability to crystallize, avoiding clumping issues.
This offers a sustainable solution for the heat shrink sleeve market, as labels produced with this combination of resins can be recycled in the PET stream, without compromising the shrinkage behavior.
