- Bags
- Beakers
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Bottles & Jars
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Glass Bottles & Jars
- Boston Round Bottles
- Dropper Bottles
- French Square Bottles
- Media Bottles
- Medium Round Bottles
- Milk Dilution Bottles
- Oil Sample Bottles
- Oval Prescription Bottles
- Packer Bottles
- PYREX® Roux Culture Bottles
- Standard Wide Mouth Bottles
- Straight Sided Round Jars
- Straight Sided Round Jars - Amber
- Tablet Bottles
- Test Jars
- Utility Jar & Lids
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Plastic Bottles & Jars
- Barrier Bottles
- Boston Round Bottles
- Centrifuge Bottles
- Carafe Bottles
- Cylinder Bottles
- Dispensing Bottles
- Jars
- Lab Style Bottles (Leak Resistant)
- Media Bottles
- Tamper Evident Milk Bank Bottles & Caps
- Modern Round Bottles
- Oblong Bottles
- Oval Plastic Bottles
- Packer Bottles
- Packo Containers
- Polycarbonate Round Bottles
- Storage Containers
- Urine Collection Containers
- Wide Mouth Round Bottles
- Precleaned Containers
- Safety Bottle Tote Carriers
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Safety Coated Glass Bottles
- Safety Coated Boston Round Bottles - Amber
- Safety Coated Boston Round Bottles - Clear
- Safety Coated Dropper Bottles
- Safety Coated French Square Bottles
- Safety Coated Medium Round Bottles
- Safety Coated Standard Wide Mouth Bottles
- Safety Coated Straight Sided Round Bottles
- Safety Coated Wide Mouth Packer Bottles
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Glass Bottles & Jars
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Caps/Closures/Lids
- Dispensing Caps
- Hole Caps
- Metal Caps
- Polypropylene Caps
- Septa & Discs
- Shrink Bands
- SturdeeSeal® Closure Torque System
- Phenolic Caps & Thermoset Caps
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Vial Caps & Seals
- Crimp Top Seals for Chromatography Vials
- Crimp Neck Seals for Serum Vials & Bottles
- Polypropylene Hole Caps for Chromatography Vials
- Polypropylene Screw Thread Caps for Chromatography Vials
- Polypropylene Screw Thread Hole Caps with Septa for Chromatography Vials
- Snap Seal™ Caps for Chromatography Vials
- Flasks
- Graduated Cylinders
- Jugs
- Lab Supplies
- Metal Containers
- Pails & Carboys
- Paper/Fiber Containers
- Pipets
- Stir Bars
- Syringe Dispensers
- Vials & Tubes
- Weigh Dishes & Papers
Recycling Codes for Plastics and What They Mean
Recycling behaviors expanded in the early 90s thanks to international collaboration at the end of the previous decade. In 1988, the Society of the Plastics Industry (SPI) developed a universal code for plastic types to facilitate consumer recycling. That code assists with product segregation, ensuring that similar plastics are processed together.
SPI Resin Identification Codes
RIC divides plastics into seven groups. Each is outlined in the printable guide to plastic recycling codes and is explained in full below.
- Polyethylene terephthalate (PETE) is a flexible, lightweight resin commonly used for beverage bottles, especially carbonated products. PETE is the easiest of the seven categories to recycle.
- High-density polyethylene (HDPE) is used in sturdy containers, like milk jugs, shampoo bottles and liquid laundry detergent.
- Polyvinyl chloride, or PVC, is a cheaper alternative for iron in construction and rubber in consumer products. Common uses include pipes, flexible packaging and waterproof clothing.
- Low-density polyethylene (LDPE) is a commonly used and resilient resin used for shopping bags, beverage cups, six pack rings and computer components.
- Polypropylene (PP) is a tough but flexible polymer used in bottle caps, laboratory equipment and medicine bottles. It is also used in a variety of non-woven clothing, and is a primary ingredient in diapers and sanitary products.
- Polystyrene (PS) is most commonly known as styrofoam, which is used in hot beverage cups and egg cartons. PS does not decompose so an emphasis has been placed on recycling it in recent years.
- Other is a catch-all for other plastics that includes combinations of the previous six. Some common uses are 5-gallon water jugs, car parts and compact discs.
Recycling's Alternative
Although many people believe otherwise, there is no logic or meaning behind the order. PETE, located in the first position, is the most common consumer plastic and is easy to recycle, but PVC, in the third spot, is extremely difficult to process because it is so dense and rigid.
Decomposition times also vary and are not in any particular order. Unlike newspapers, which take two to four weeks to deteriorate, plastics have a longer shelf life. When not recycled, PETE bottles can take 450 years to decompose. That’s staggering! But compare it to a grocery bag that takes 1,000 years or a styrofoam cup that may never fully dissolve.
Hopefully those facts will provide incentive to recycle plastics. The printable SPI guide can be taped to the lid of your trash can as a reminder or above your recycling bin as a reference. Together, we can make sure that the next 15 years will be as productive for the recycling movement as the last 15.
For a printable version of our Recycling Codes, click here.