ORANGE+ is a considerably different formula than our other waxes. Paraffin is unaffected by most common chemical reagents but burns readily. (This is why we usually recommend the IGI 4794 for tarts as this wax has a lower melting point which makes it more universal for different warmers.) Higher fragrance loads may be achievable with the use of additives although you should be aware that the use of additives will diminish the "mottled" look. This wax blend combines the fragrance throw and easy burning of paraffin, with the appealing look and usability of soy. ºF): 9.5 x 10-5; Coloring: blue dye, permanent, oil base . The melting point of paraffin wax is the main property that enables its engineering latent heat and thermal energy storage applications. Since it is harder and has a higher melting temperature than most other waxes, machinable wax can be machined, cut, or shaped using standard metalworking or woodworking equipment. Pour temperatures of wax vary just as greatly as the melting points of wax. Cleanup time is substantially reduced when using very fine cutters (e.g. Tends to require a bit less liquid dye than a "one-pour" type container wax like. After machining, the Rigidax compound can be melted out and the parts are cleaned. Pellets / Pastilles-144℉ 175℉ (+/-5℉) Great choice for dental lab applications and many jewelry applications. Recommended for high resolution CNC milling and turning. Soy wax has a melt point of anywhere from 120-160 degrees. Fragrance oil retention of 6% is typical. Average pouring temperature is 180°F ; IGI 1274 Mottling Wax. Paraffin wax is mostly found as a white, odorless, tasteless, waxy solid, with a typical melting point between about 46 and 68 °C (115 and 154 °F), and a density of around 900 kg/m 3. It works great for pillars, votives, tarts, and cut and carve candles. Soft and creamy, this low-shrink blend is designed specifically for container candles. Blends well with all waxes. The self-releasing properties of machinable wax make it an ideal choice to use as a master model. High melt point helps embeds stand up to high temperatures without bleeding into the gel. This content was written by Shanda Lynn Markham. Content copyright © 2019 by Shanda Lynn Markham. Properly wicked, can achieve a 3.5" plus melt pool. This wax is NOT a one-pour wax. Great for soy pillars. The slow burn of coconut and the great scent throw of paraffin combine into this bright white container wax. Discover how we're making safer fragrances for DIYers and indie brands. Paraffin wax with additives: 249°C (480.2°F). This attribute can substantially reduce the cost of using machinable wax over other materials. You'll also find information on removing Rigidax after your process is complete. Contains a soy-based additive to reduce frosting and improve jar adhesion and scent throw. Beeswax has a melt point of 158 degrees. ºF): 9.5 x 10-5, Specific Density: 0.03472 pounds / cubic inch or, 0.9137 grams / cubic cm, Viscosity; 270 degrees F = 2650cP; 350 degrees F = 1,000cP, Ash content for lost wax casting applications is low (less than .00564%), Specific Density: 0.9156 grams / cubic cm, Melt Point (Ring & Ball Method): 221 degrees F (105C), Ash content for lost wax casting applications is low (.0074%), Coloring: orange dye, permanent, oil base, Melt Point (Ring & Ball Method): 219 degrees F (104C), Ash content for lost wax casting applications is extremely low (not measurable by our methods), Specific Density: 0.91238 grams / cubic cm, Melt Point (Ring & Ball Method): 242 degrees F (117C), Ash content for lost wax casting applications is low (.004%), Melt Point (Ring & Ball Method): 150º F (66ºC), Viscosity 270 degrees F = 500cP (estimated until verification), Ash content for lost wax casting applications is low (.0020%). Machinable wax offers distinct advantages over other prototyping materials for some applications. Holds above average amount of fragrance oil. This wax has great glass adhesion and an opaque, creamy finish. F, 150g (dmm) = 13.0, Specific Density: 0.92949 grams / cubic cm, Melt Point (Ring & Ball Method): 240 degrees F (116C), Volumetric Shrinkage (for recycling, from melting point to room temp): 5% typical, Ash content for lost wax casting applications is low (.0066%), Coefficient of Thermal Expansion (in./in. Using a small cutter under 1/2" diameter, you can still get great results with spindle speeds as low as 1000 RPM and feed rates as low as 10 inches per minute. It has a pale yellow colour and is available as beads, chunks or pellets. Will need additives such as Vybar 260 for best results. Difference Between Micro and Paraffin Wax, Classification of Refined Petroleum Waxes. Ineffective chip removal or too-deep cuts will often result in "compaction" or a poor surface finish. If you are running at high spindle speeds or using cutters smaller than .050", you might benefit by using compressed air, a vacuum, or coolant as a way to keep the wax cool and remove the chips from the cutting area. Excellent scent release when used with warmers suited to the 4826A congeal point. All rights reserved. If you wish to use this content in any manner, you need written permission. During machining no lubricant should be used, but air should be kept on the tool to carry off chips and keep the tool cool. High quality surface detail and dimensional accuracy are possible. Not as brittle as a typical paraffin wax, making it suitable for "cut & carve" applications. Some manufacturers produce wax materials in different hardnesses and use different dyes to indicate their hardness. A TRUE single pour wax when used properly. There are three P’s that are very important in candle making. Softer, paraffin based waxes will usually adhere to the surface of F-99 waxes. Includes soy-based additives to reduce frosting, but not as much as GB 464. for details. This pillar wax blend combines the fragrance throw and easy burning of paraffin, with the appealing look and usability of soy. Go here. IGI 1239: Pillars & Molds: Fully Refined Paraffin: 137.5 - 143.5°F: 13: 4.3 +30: R2540 (now G-0125) BellaOnline Administration
Sunflower wax is obtained by dewaxing sunflower oil. The low-shrink property of this wax means in most applications you only have to pour once!
This site needs a new editor. 2-U660 has a congealing point between 140 & 148°F, but should be melted to 200/250°F, poured into an insulated mold and allowed to cool. Even shrinkage, without cracking or spotting. This content was written by Shanda Lynn Markham. Holds average amount of fragrance oil. The Safety Data Sheet is available here. Please turn on JavaScript and reload the page to view the full site. BellaOnline Administration
High melt point wax designed for the manufacture of wax embeds or hurricane candles. The properties of this machinable casting wax are closer to a traditional casting wax.  The melt point is much lower than our other machinable waxes. The viscosity is also much lower allowing for quick evacuation of the wax at meltout. If you have worked with lost wax casting before and are being challenged with the higher viscosity and melting temperatures of our other machinable waxes then 2-U660 may be a good choice. You can normally use the same process as you would in a typical casting application. Contact
Traverse City, Michigan 49685. Looks like your browser does not have JavaScript enabled. Average pouring temperature: 170°F-180°F. This is a suitable replacement for CB-135 soy wax due to its similar aesthetics. MachinableWax.com, Inc. ©2020 Great color retention. This is a premium, hybrid plasticized wax blend. Fragrance oil retention of 3% is typical. Want to share a successful candle recipe? BellaOnline Administration
Multi-use wax for candles and tarts. Melting point: 79-85 o C ; Saponification value: 65-95 mg KOH/gr; Acid value: <15 mg KOH/gr; Sunflower Wax. Has excellent adherence to container sides. Melt Point (Ring & Ball Method): 242 degrees F (117C) Viscosity 270 degrees F = 34,400cP; Volumetric Shrinkage (for recycling, from melting point to room temp): 5% typical ; Ash content for lost wax casting applications is low (.004%) Coefficient of Thermal Expansion (in./in.