Melting every Yankee Candle into a GIANT Candle with Safiya Nygaard
TLDRIn this engaging video, Safiya Nygaard and her team embark on an ambitious project to create a colossal Franken Yankee candle by melting together 223 individual candles. The challenge involves constructing a custom four-foot tall, heat-resistant acrylic jar, dubbed 'the vessel,' and devising an innovative method to manage 16 wicks. After small-scale tests confirm the feasibility of using acrylic, the team employs resin to secure the jar's base. They also concoct a clever wick installation technique using scuba weights to prevent the wick template from floating. The climax of the video showcases the monumental task of melting over 35 gallons of wax using a 50-gallon beer brewing keg on a hydraulic lift. Despite several hurdles, including a near-disastrous wax spill, the team ultimately succeeds, resulting in a giant candle that, if burned continuously, could last over four weeks. The video concludes with a humorous note as the team contemplates the candle's utility in an apocalyptic scenario and unveils a custom label designed to mimic the iconic Yankee Candle branding.
Takeaways
- π₯ The video is set in Safiya Nygaard's studio where they are attempting to create a large and unusual project - a giant Franken Yankee candle by melting 223 individual candles together.
- π οΈ The team needs to construct a four-foot tall candle jar that can hold 35 gallons of molten wax without melting or leaking, which presents a significant engineering challenge.
- π§ͺ Initial material considerations included glass and acrylic, with acrylic being dismissed due to its tendency to warp under heat, despite initial small-scale tests suggesting it might work.
- π₯ Safety is a primary concern, especially when dealing with the heat from the flame and the large quantity of molten wax.
- π‘ A creative solution for the candle's wick system involves a template that allows for 16 wicks to run up the center of the candle, which is a new approach to avoid issues from their previous 1000 wick candle project.
- ποΈ The project involves a significant amount of material and equipment sourcing, including a large acrylic tube and disc, as well as a 50-gallon beer brewing keg adapted for wax melting.
- π·ββοΈ The construction process includes the use of resin to seal the candle jar, which requires careful handling to avoid leaks and maintain the jar's integrity.
- π¨ A custom label is designed for the candle, recreated in Illustrator to mimic a well-known design with subtle differences to avoid copyright issues.
- π¦ The final product is an impressive four-foot tall candle jar, which is expected to burn for over four and a half weeks if lit continuously.
- π The video includes humor and light-hearted moments, such as joking about the potential for an apocalypse and the challenges of working with large quantities of wax.
- π The successful completion of the giant candle is a triumph of DIY ingenuity and a testament to the team's ability to problem-solve and adapt their approach to achieve their goal.
Q & A
What is the main objective of the project described in the transcript?
-The main objective is to create a large and unique Franken Yankee candle by melting together 223 individual Yankee candles into one giant candle.
Why did the team consider making a four-foot candle jar?
-They needed a four-foot candle jar to accommodate the large volume of wax, which is 30 gallons, and to ensure it wouldn't melt or leak during the process.
What material was initially considered for the candle jar and why was it rejected?
-Acrylic was initially considered due to its clarity similar to a traditional Yankee candle. However, it was rejected because it can warp under heat, which is not suitable for holding 35 gallons of molten wax.
How did the team decide to address the issue with the acrylic material?
-The team conducted small-scale tests with acrylic to ensure it wouldn't warp at temperatures below 160 degrees Fahrenheit. They also considered the distance of the wicks from the walls and decided to proceed with acrylic since the risks were manageable.
What was the innovative solution for constructing the giant candle jar?
-The team decided to construct the jar using a giant acrylic tube with an acrylic disc attached to one end. They used resin to bond the parts together after roughing up the acrylic surface for better adhesion.
How did the team ensure the wicks would remain in place during the candle-making process?
-They created a wick template that looked like a cookie, with wicks going up from the bottom piece to matching holes at the top. Scuba weights were used to prevent the bottom piece from floating, and the assembly was carefully lowered into the jar.
What was the method used to melt the 42 gallons of wax for the giant candle?
-A 50-gallon beer brewing keg was used on a hydraulic lift to melt the wax. A hose was intended to direct the melted wax into the tube, but a one-foot hose was used temporarily until a longer one arrived.
What was the estimated burn time for the completed giant candle?
-The giant candle, if burned continuously, was estimated to last for four and a half weeks.
How did the team address the challenge of lighting the giant candle?
-The transcript does not provide specific details on how the team lit the giant candle. However, it mentions that they were successful in lighting it the next day after it had solidified.
What was the final step before lighting the candle?
-The final step was to add a custom label to the candle, which was recreated by a professional graphic designer to resemble the style of a traditional Yankee candle label.
What was the team's reaction to the final product?
-The team was excited and pleased with the final product. They expressed amazement at its size and were satisfied with the outcome of their unique project.
What was the humorousζζ² (interlude) related to Opera in the transcript?
-The humorous interlude was a mock news segment about Opera's new AI and sidebar features, which was actually a sponsored advertisement. It was included in a playful manner, breaking the flow of the main narrative.
Outlines
π₯ Crafting the Ultimate Franken Yankee Candle π₯
The video begins at Safiya Nygaard's studio with a grand plan to create a massive, singular candle by melting together 223 individual Yankee candles. The project's scale is daunting, requiring a custom four-foot jar that can hold 30 gallons of wax without leaking or melting. The team, with experience in making large candles, aims to avoid the hazards of their previous thousand-wick candle endeavor. After considering materials, they opt for an acrylic jar, despite the high cost and shipping risks of glass, and conduct a small-scale test to ensure its suitability. The test shows that acrylic can handle the heat under 160 degrees Fahrenheit, which is acceptable given the wicks' positioning. They proceed to construct the jar using a large acrylic tube and an acrylic disc, securing them with resin after roughing up the surfaces for better adhesion. Despite minor mishaps with the resin application, they successfully create the jar, ready for the next steps in their ambitious candle-making process.
πΊ Opera Browser's AI-Powered Sidebar Feature πΊ
In a humorous mock news segment, Evan reports on the latest updates to the Opera web browser, highlighting its new AI integration into the sidebar for quick access to comprehensive answers and explanations. The segment also praises Opera's Tab Islands feature and its easy-to-use ad and tracker blocking capabilities. The news is interrupted by a playful sponsorship message, emphasizing Opera's customization options and prompting viewers to download the browser to try out its features. The segment ends with a light-hearted acknowledgment of the browser's visual distortion, followed by expressions of mutual affection between the presenters.
π―οΈ Wick Installation and Candle Pour Preparation π―οΈ
The team devises an innovative method for installing the wicks in their towering candle, moving away from the tedious process used in their previous project. They construct a wick template resembling a cookie, with wicks feeding through corresponding holes from the base to the top. To prevent the base from floating, they incorporate scuba weights and demonstrate a careful lowering technique. After successfully positioning the wicks, they progress to the next challenge: melting over 35 gallons of wax and transferring it to the candle jar. They employ a 50-gallon beer brewing keg mounted on a hydraulic lift to achieve this. Despite a short hose, they manage to melt the wax, overcoming a ten-hour hurdle when dealing with the last 10% of the wax. The video concludes with the anticipation of Safiya's arrival to witness the setup, culminating in the successful creation and lighting of the giant candle, which is documented in more detail on Safiya's channel.
π¨ Custom Label Design and Candle Testing π¨
The video's final segment showcases the creation of a custom label for the giant candle, which is meticulously designed in Illustrator to resemble the original Yankee candle branding while incorporating subtle differences to avoid copyright issues. The label is met with enthusiasm and admiration for its art style and bat imagery. The team calculates that the candle, if burned continuously, will last for over four and a half weeks, prompting playful remarks about its utility in an apocalyptic scenario. The video concludes with the successful solidification of the candle and its lighting, with the participants expressing their sensory experience of the candle's unique scent, which is described as pervasive and memorable.
Mindmap
Keywords
π‘Franken Yankee candle
π‘Acrylic jar
π‘Wicks
π‘Resin
π‘Hydraulic lift
π‘Beer brewing keg
π‘Spaghetti
π‘Custom label
π‘Graphic designer
π‘Molten wax
π‘Apocalypse
Highlights
Safiya Nygaard's team aims to create a massive Franken Yankee candle by melting 223 individual candles into one.
The team needs to construct a four-foot candle jar that can hold 30 gallons of wax without melting or leaking.
A large acrylic jar is chosen over glass due to cost and the possibility of warping under heat.
Small-scale tests are conducted with acrylic to ensure it can handle the heat without warping.
The wax stays within a safe temperature range when burning, which deems the acrylic jar a viable option.
A giant acrylic tube is used to create the candle jar, with a disc attached at one end using resin.
The process involves roughing up the acrylic surface to improve adhesion for the resin.
A 60-pound acrylic tube is used, which will contribute to the candle's overall weight.
Resin is carefully poured into the jar to create a seal, with a makeshift tool to control the flow.
A creative solution using scuba weights and a cookie-like wick template is devised to keep wicks in place.
The wick installation process is tested and refined to ensure a neat and efficient setup.
A 50-gallon beer brewing keg on a hydraulic lift is used to melt and pour the wax.
The team faces a significant challenge when melting the last 10% of wax, causing a delay.
Despite the challenges, the team successfully melts 42 gallons of wax for the candle.
A custom label is designed and applied to the candle, adding a personal and professional touch.
The final product is a giant candle that, if burned continuously, would last four and a half weeks.
The creation process and the candle's unique scent are featured on Safiya's channel.
The team's innovative approach and problem-solving skills result in a successful and visually impressive project.
Transcripts
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