The fundamental science behind stretch blow molded polyethylene terephthalate (PET) has advanced considerably in its quarter-century history. Throughout Orange County and the surrounding areas, the use of clear PET water bottles has grown significantly. We now have a far better understanding of the particulars involved in the successful production of PET containers, which display excellent performance at commercially feasible costs.
More than two decades have passed since the first stretch blow molded polyethylene terephthalate (PET) container was made. In filling the demand for inexpensive, high-performance, resealable containers to package food, personal care, and other products, biaxially oriented PET, in particular, has won great acceptance from consumers.
Bottle Grade PET
When all other considerations are equal, a container with a unique proprietary shape offers more in the way of shelf appeal than one with a plain appearance. However, uniquely shaped containers, as attractive as they may be and as popular as they are in Orange County, can sometimes compromise other interests of the consumer or manufacturer. Such shapes often have variable contours that may evoke geometric yielding under lower carbonation levels and lower external forces, or cross sections that deviate from a circular geometry and create additional surface area. For instance, a bottle with a square cross section has 1.128 times the surface area of a bottle with a circular cross section, assuming equal volume and height.
The introduction of additional surface area, without an increase in bottle mass, results in lower wall thickness per unit volume, ultimately inducing carbonation loss. It is important to learn about plastic and materials used in our everyday products. Moreover, undesirable material distribution and nonuniform orientation are a consequence of complicating the stretch blow process. This only magnifies the detrimental effects on the container’s physical properties.
[lsup_random_header_2]
[lsup_random_image]
[lsup_random_article]
- Aliso Viejo Sheet Plastic For Sale
- Anaheim Wear Resistant Plastic
- Brea PTFE Material Properties
- Buena Park Recycling Process Of Plastic
- Costa Mesa Medical Plastic
- Cypress Article On Plastic
- Dana Point Industrial Plastic Recycling
- Fountain Valley Where To Buy Plastic Sheet
- Fullerton Thermoforming
- Garden Grove Is Polyethylene Recyclable
- Huntington Beach Plastic Company
- Irvine Wear Resistant Plastic Comparison
- La Habra ABS Plastic Manufacturing Process
- La Palma Plastic Extrusion
- Laguna Beach Is Polyethylene Recyclable
- Laguna Hills Recycled Plastic Manufacturers
- Laguna Niguel Sheet Plastic For Sale
- Laguna Woods HDPE Plastic Recycling
- Lake Forest Production Of Plastic
- Los Alamitos Plastic Thermoforming
- Mission Viejo Plastic Information
- Newport Beach Metal Detectable Plastic
- Orange Plastic Polyethylene
- Placentia Plastic Information
- Rancho Santa Margarita Information On Plastic
- San Clemente NSF Approved Plastics
- San Juan Capistrano Recycling Process Of Plastic
- Santa Ana Plastic Extrusion
- Seal Beach Metal Detectable Plastic
- Stanton Wear Resistant Plastic Comparison
- Tustin Plastic Production
- Villa Park Plastic Manufacturers
- Westminster Delrin Material Suppliers
- Yorba Linda Introduction To Plastics