Roto molded coolers are a type of cooler that are created using a rotomolding process, which is a type of plastic molding technology. The rotomolding process involves using heat, pressure and a rotating mold to form plastic into the desired shape.
The temperatures and pressures used in the rotomolding process vary based on the type of plastic being used. Roto molded coolers are incredibly popular due to their superior insulation and durability.
Unlike traditional coolers that are made from metal or wood, roto molded coolers are much lighter, more durable and better insulated. This makes them ideal for keeping drinks and food cold for extended periods of time, even in hot environments.
Roto molded coolers also come in a variety of shapes, sizes, and colors and can also be customized with logos, artwork, and other features. Thanks to their impressive features and durability, roto molded coolers have become the preferred choice of outdoors enthusiasts, campers, hunters, beachgoers, and more.
Are roto molded coolers worth it?
Roto molded coolers are definitely worth it. Unlike cheaper, less durable coolers, roto molded coolers are built with thick walls that are virtually indestructible. This means that roto molded coolers will last you for many years, and can easily withstand the abuse of outdoor wear and tear.
They are also much better at insulating and keeping items cool, making them perfect for outdoor trips and campsites. In addition, they also offer superior protection from punctures and are much harder to break into.
Generally, they cost more upfront than regular coolers, but considering the price-to-performance ratio, they are much more cost-effective in the long run.
How long do rotomolded coolers last?
Rotomolded coolers can last an incredibly long time if they are properly cared for. Generally, these coolers are designed to last five to ten years, although many can last far longer. If a rotomolded cooler is correctly used and cared for, it can last anywhere from fifteen to twenty years or more.
Ultimately, it really depends on how often it is used, how well it is maintained, and the environment it is exposed to. To increase its life span, it’s recommended that owners clean their cooler regularly, keep it away from direct sunlight, and use a drain plug to keep water out of the cooler.
Additionally, the lid and hinges should be checked regularly for signs of rust and corrosion. Investing in a good quality cooler and taking proper precautions to ensure it remains in good condition can extend the life of the product and ensure you get your money’s worth.
Is Yeti roto molded?
No, Yeti products are not roto molded. Instead, Yeti uses a process called polyethelene (PE) Rotomolding to produce their specialized outdoor coolers and cups. The process of rotomolding begins with designing a mold and is then submerged in a tank of molten polyethelene material.
This material is melted in a specific temperature and then allowed to cool to produce the finished product. The rotomolded process has become the go-to technique for a variety of plastic items like children’s toys, kiddie pools, coolers, and other outdoor products.
The technique results in a seamless, tough product that can be used for years and is ideal for outdoor use in harsh conditions. The plastic material that Yeti uses is a special type of polyethelene called T-Plex, a plastic resin that is highly durable, puncture-resistant and UV-resistant for long-term outdoor use.
This distinctive material gives Yeti products their trademark strength, making them well-known for their superior outdoor performance.
Is YETI or RTIC better?
Deciding between YETI and RTIC coolers is ultimately a personal preference. Both hold their own advantages and disadvantages when it comes to features, design, and performance.
YETI coolers are considered the leading brand in premium coolers and are generally thought of as the higher quality option. They offer more features, like heavy duty latches and additional rubber seal along the edges to enhance insulation.
They also come in a wide range of colors and offer a few more size options than RTIC. YETI coolers are heavier, however, and can be more expensive.
RTIC coolers share many of the same design characteristics as the YETI, with strong latches and improved insulation, but are generally cheaper and lighter. You’ll still have plenty of size and color options available, just not as many as YETI.
Although they’re not as well-known, they do have a great reputation for performance and are usually at least half the price of a YETI.
At the end of the day, it depends on what you’re looking for in a cooler. YETI is the undeniable name in premium coolers right now, but RTIC coolers offer the same features for a much lower price.
Is RTIC and YETI the same company?
No, RTIC and YETI are not the same company. RTIC is a company that produces its own branded tumblers, coolers, mugs, and more, as well as offering a variety of other products from other companies. YETI, on the other hand, is a company that sells its own line of premium coolers, drinkware, and accessories.
While both companies make tumblers and other products for people looking to keep their drinks cold, YETI is generally seen as having higher-quality, more expensive products than RTIC. Additionally, YETI owns an extensive range of both hard and soft-sided coolers, while RTIC only offers hard-sided coolers.
What are Yeti coolers made of?
Yeti coolers are made with thick, rotomolded walls of UV-resistant polyethylene plastic. A two-inch layer of commercial-grade polyurethane foam is injected between the walls, which provides superior insulation and maximum cold retention.
The walls also feature an interlocking design that allows cold air to stay trapped inside, while providing protection from the outside elements. Unlike other cooling systems that rely on air to pass through the walls, the rotomolded construction of the Yeti prevents air from entering and exiting.
This create a tight seal that keeps cold air in and warm air out, allowing for longer-lasting cooling performance. Additionally, the lids on Yeti coolers feature a freezer-style gasket to keep cold air in, and comes with a reinforced nylon latch for a latched and locked closure.
The hinges and components on the Yeti coolers are also made from commercial-grade, stainless steel components that will make sure the cooler stands up to the toughest pounding. The non-slip, rubber feet round off the construction of the Yeti cooler and ensure the cooler stays in place during use.
Overall, Yeti coolers are made with superior materials, construction, and design that allows them to stand the test of time, and keep its contents the right temperature for hours on end.
Are Igloo coolers roto molded?
Yes, Igloo coolers are rotomolded. Rotomolding is a process where a plastic-based powder is put into a hollow, heated mold and then spun until the material evenly coats the inside of the mold. This creates a single piece with no seams, making it great for retaining cold air.
Igloo coolers are rotomolded with either polyethylene or polypropylene, which are both very durable and great insulators. They help keep items cool and secure, and their rotomolded construction allows them to provide excellent thermal insulation.
Igloo coolers also come in a variety of sizes and capacities, so you’re sure to find one that suits your needs.
How do you mold Roto?
Molding Roto is a relatively simple process that can easily be done at home. In order to mold Roto, you will need two items: Roto molding material and a Roto molding machine. First, you will need to measure out the correct amount of Roto molding material for the job.
Then pour the Roto material into the Roto molding machine. Heat the molding material until it reaches the correct temperature for the job. Finally, pressure is applied evenly to the Roto molding material and it is left to cool and solidify.
Once the Roto material is cooled sufficiently, it is then removed from the molding machine and is ready to use.
What is the meaning of rotational molding?
Rotational molding is a molding process that uses heat and pressure to create parts, usually out of thermoplastic materials. The process involves placing powdered material into a mold cavity and then spinning the cavity to spread the material out evenly.
As the material is spun, it is heated to its melting point and adheres to the walls of the mold. Once cooled, the part is removed from the mold and is ready for use. Rotational molding is often used to create products such as water and chemical tanks, automotive body panels, playground equipment, and more.
This process is commonly used due to its cost-effectiveness, versatility, and design flexibility. Additionally, it is capable of producing parts with thin walls and complex shapes, which would be difficult and expensive to achieve using traditional injection and blow molding processes.
Why is rotational Moulding good for batch production?
Rotational Moulding is a highly effective form of batch production for producing hollow plastic products. This process involves placing pre-measured powdered plastic in a two-piece metal mould and rotating it through an oven.
As the mould rotates and the plastic powder melts, the walls of the mould evenly distribute the molten plastic throughout the mould, creating an even product with an exact form. The result is a hollow plastic product with a consistent wall thickness that can offer superior strength, depending on the plastic material used.
Rotational Moulding is well-suited for batch production for a number of reasons. It is well-suited for running production with a large run size, as it only requires one mould that can be loaded and unloaded easily and quickly without any additional tooling or adjustments.
By using a single mould, the process is also highly cost-effective on a per-unit basis. Additionally, the rotational Moulding process is very controlled and precise, allowing for consistent, reliable parts to be produced in a short time frame.
Finally, this process is also excellent for creating intricate designs or complex parts with curved surfaces and hollow cavities, making it an ideal solution for many industrial applications.
What is made by rotomolding?
Rotomolding, sometimes referred to as rotational molding, is a process used for producing high-quality, hollow plastic parts. In the rotomolding process, a powdered plastic material is loaded into a mold that is then placed inside a machine with two heated arms called a rotomolder.
The rotomolder then rotates the mold in two directions, enabling the plastic material to evenly spread across the inside of the mold. Once the desired shape is achieved, the machine is shut off, the mold is opened, and the part is removed from the mold.
Rotomolding is used in the production of a variety of products, including recreational products such as kayaks and paddle boards, large-scale commercial items, and even custom parts for machinery. Some advantages of rotomolding include being cost-effective, requiring minimum tooling, and parts being able to range in a variety of shapes and colours.
Additionally, since the process occurs with minimal human intervention, the end result has a consistent surface finish and accurate dimensions from one part to the next.
Can PVC be Rotomolded?
No, PVC cannot be rotomolded. Rotomolding is a type of plastic molding process in which hollow parts are formed by filling a heated, hollow mold with a powdered plastic material that has been colored.
The powdered material melts and fuses in the mold, taking on the shape of the mold cavity. The mold is then cooled and opened and the finished product removed. Because PVC is a rigid material not typically used in this type of process, it cannot be rotomolded.
Is high density polyethylene plastic?
Yes, high density polyethylene (HDPE) is a type of plastic. It is a lightweight, strong, and flexible plastic that is commonly used to make products such as bottles, jugs, and containers. It is often seen in food packaging, such as milk containers, water bottles, and juice cartons.
HDPE is highly durable and resistant to many common chemicals, making it a great choice for a wide variety of products. HDPE is also used to make pipes and fittings for use in plumbing and irrigation.
Additionally, it is commonly used to make molded plastic furniture and also for injection molding applications.
How many types of plastic resins are there?
There are a variety of different types of plastic resins used in the manufacture of products today. The seven most common types are:
1. Polyethylene (PE): This is the most common of all plastic resins and is divided into two main categories, linear low-density polyethylene (LLDPE) and high-density polyethylene (HDPE). PE is strong and lightweight, making it an ideal choice for packaging, shopping bags, containers, and other applications.
2. Polypropylene (PP): This is a versatile thermoplastic that is lighter than PE yet still durable. It’s also resistant to water and many acids, making it a good option for items like automotive parts, food containers, and industrial products.
3. Polyvinyl Chloride (PVC): PVC is a rigid plastic that is often used for pipes and electrical wire insulation. It’s also weather-resistant and can be used for outdoor fixtures like siding and window frames.
4. Polystyrene (PS): These plastics have very low water absorption rates, making them resistant to moisture and a great choice for medical and food-related applications. PS is commonly used to make plastic clamshell packaging.
5. Acrylonitrile Butadiene Styrene (ABS): ABS is a strong and durable thermoplastic that can be injection-molded into items such as toys, appliances, and auto parts.
6. Polycarbonate (PC): This is a tough, lightweight plastic that can withstand high temperatures. It’s often used to make safety shields, eyeglass lenses, digital storage devices, and medical equipment.
7. Polyurethane (PU): PU is a plastic material that is flexible, strong, and long-lasting. It’s often used to make upholstery, furniture, and adhesives.
There are many more types of plastic resins and variations of these seven, but these are the most commonly used and the ones you will most often encounter.