Film Finishing

Film Additional Functions

Pouch Additional Functions

Registered De-metallization Finishing

Demetalllized packaging film is ideal for food product such as confectionery and snack. Various colors reverse printed and laminated with metallized film offers a very attractive and shinning presentation to consumers. While demetallized film not only remains the metallized film's metallic and shinning colors, but also has its registered area to have a clear window to let consumer looking at the packaging inside. The advantages of demetallized packaging are inherent visibility of the product, greater appetizing appearance to encourage impulse buying and enhanced aesthetics ensuring a premium look.

Registered Holographic Finishing

Holographic transferred packaging is ideal for flexible packaging. In an already crowded marketplace, the ability of a product to get noticed due to the sheer packaging is an invaluable tool to retain and increase market share. Application of holographic packaging is already extremely diverse ranging from toothpaste packaging to chewing gum wrappers. The advantages of holographic packaging are such as, inherent security of holography against counterfeit, customer perception of higher value addition, greater and high impact at the point of sale, enhanced aesthetics as well as ensuring a premium look.

Registered Matt Finishing

Matt finished surface offers a dull finish to the surface of film and having a diffuse reflection. A registered area of matt finishing offers a premium look of the product by matt finishing a decided area such as brand name of the product or leaving the decided area not having matt finished to make the brand name covered with gloss surface only. The advantages of matt finishing packaging are enhanced aesthetics, ensuring premium look and enhanced texture of the pouch encouraging consumers' perception of higher value.

The thermal processing or cooking packaged food in a pressurized chamber for purposes of sterilizing the contents to maintain freshness for extended storage times, Retort pouches are manufactured with materials suitable for the higher temperatures of the retort process, generally around 121 ºC. Using retort packaging to replace traditional can or bottle not only dramatically reduces the transportation cost to consumer markets, but also has better presentation on shelf as it can be manufactured as diverse shapes comparing to can/bottle packaging. Some of the common material structures of retort packaging can be summarized as Clear:  AIOx/NY/RCPP ; SIOx/NY/RCPP ; BESELA/NY/RCPP. Non-clear: PET/NY/AL/RCPP ; PET/AL/RCPP. Some of the suitable markets of retort pouch are instant food, ready-to-eat food, cooked food, sauces, pet food etc.

Hot Filling Film Structure for High temperature Filling Process

Hot Fill pouches are manufactured with materials suitable for the high temperatures during filling process, generally around 100 ºC. The material structure used can make sure the pouch will not be shrinked, curved even melted during the high temperature when filling. Some of the common material structures of hot fill packaging can be summarized as Clear: NY/RCPP ; PET/LLDPE ; NY/LLDPE ; PET/RCPP ; PET/NY/RCPP. Non-clear; NY/AL/LLDPE ; PET/AL/LLDPE. Some of the suitable markets of hot fill pouch are soup, sauces, beverage etc.

Non-Foil Film Structure for Microwave

Microwavable pouches are manufactured with materials suitable for microwave used. Foil should not be used to ensure the safety of consumer. Some of the common material structures of microwavable packaging is OPP/CPP ; PET/LLDPE ; NY/LLDPE.

Elongate Film Structure for Vacuum

Vacuum pouches are manufactured with materials suitable for vacuuming process after filling. The special LLDPE used can make sure the pouch will not burst, resist to punching (when the pouch is filled with sharp edge product) etc. Some of the common material structures of vacuum packaging is NY/LLDPE, LLDPE/LLDPE, BOPP/LLDPE.

Low Temperature Film Structure for Freezing

Frozen pouches are manufactured with materials suitable for low temperature storage, generally from -4 ºC to -18 ºC. The special LLDPE used can make sure the pouch will not easy to crack, resist to low temperature and impact. Some of the common material structures of frozen packaging is NY/LLDPE, LLDPE/LLDPE, PET/LLDPE.

Zipper Adding On Pouch for Reclosure

Zipper offers the reclosable feature to the pouch for food products which is multi served, such as muesli, cereal and snack.

To offer easy linear tearing property of the packaging, either laser scoring or linear materials such as linear NY and linear PET will be incorporated to the packaging. Laser scoring is a process of utilizing a laser beam to remove material to a specified depth which gives consumers to tear/open the packaging more easily and resulting a straight line tearing, the laser score will allow for controlled tear propagation while maintaining package strength and barrier properties. Manufacturing the pouch with linear materials alternatively gives easy linear tearing property to the pouch without damaging the material structure and leaving visible white line on the pouch.

Hole Punching On Pouch for Hanging

Hole on pouch offers additional retailing option of hanging the packaging on the shelf to perform alternative presentation in the market.

Valve Adding On Pouch for Degassing

One way degassing valve can be inserted externally to avoid the pouch which is containing the gas-releasing product such as coffee bean to be swollen for the time being.

Shaped Pouch Making

In already very crowded marketplace, shaped pouch offers Its unique shape, stunning graphics from the rotogravure printing really make the package stand out on the store shelf and successfully attract consumers' attention.

 V-Notch on Pouch for Easy Tearing

Tear notch initiates tearing which give consumers an easy mean to open the packaging.