New 454 Soy and Coconut Wax with Fragrance Load of 5-10%
Melting point ranges from 115°F to 125°F. Offers good glass adhesion and reduction in frosting. Available in a 45-pound box of wax flakes and is Made in the USA.
Read More »New 454 Soy and Coconut Wax with Fragrance Load of 5-10%
Melting point ranges from 115°F to 125°F. Offers good glass adhesion and reduction in frosting. Available in a 45-pound box of wax flakes and is Made in the USA.
Read More »New C-6 Coconut and Soy Wax is Kosher Certified
Available in 60 lb carton of slab wax and is ideal for spa applications. Allows for full glass adhesion and fat bloom resistance. Offers pour temperature of 120°-165° and have Melt Point between 124°-130°.
Read More »New C-6 Coconut and Soy Wax is Kosher Certified
Available in 60 lb carton of slab wax and is ideal for spa applications. Allows for full glass adhesion and fat bloom resistance. Offers pour temperature of 120°-165° and have Melt Point between 124°-130°.
Read More »A Reference Guide To Frequency Conversion Power Supplies For Industrial Applications
The purpose of this guide is to assist contractors and purchasing agents charged with writing specifications for, and/or procuring, frequency converters.
Read More »Cargill NatureWax from Fillmore are Now Made with Coconut Oil
Latest offerings from Fillmore in the Cargill Wax line are NatureWax Coconut 1 and NatureWax Coconut 2. Made from 100 percent hydrogenated coconut oil, NatureWax Coconut 1 has its applications in being used as an additive for pillar candles. Made from 98 percent hydrogenated coconut oil and 2 percent hydrogenated soy, NatureWax Coconut 2 is used for making container candle wax. Both products can...
Read More »Cargill NatureWax from Fillmore are Now Made with Coconut Oil
Latest offerings from Fillmore in the Cargill Wax line are NatureWax Coconut 1 and NatureWax Coconut 2. Made from 100 percent hydrogenated coconut oil, NatureWax Coconut 1 has its applications in being used as an additive for pillar candles. Made from 98 percent hydrogenated coconut oil and 2 percent hydrogenated soy, NatureWax Coconut 2 is used for making container candle wax. Both products can...
Read More »Fillmore's Wax is made from vegetable-based Pillar Wax.
Fillmore's Elite 300 Vegetable Wax is offered in 50 lb case and is in powder form. Product is used in producing smooth or textured candles. Elite 300 features a melting point of 135°F and maximum fragrance load of 5% and are self-releasing.
Read More »Fillmore's Wax is made from vegetable-based Pillar Wax.
Fillmore's Elite 300 Vegetable Wax is offered in 50 lb case and is in powder form. Product is used in producing smooth or textured candles. Elite 300 features a melting point of 135°F and maximum fragrance load of 5% and are self-releasing.
Read More »Ceranovus™ Waxes enhance dispersion of adhesives within plastic.
Produced from post-industrial plastic waste and post-consumer recycled plastics like yogurt containers and bottle caps, Ceranovus™ Polypropylene Waxes are available in Ceranovus A and G series variants. Used for stabilizing softening point of commercial, residential or peel-and-stick roofing products, Ceranovus A is suitable for applications that are not color specific whereas G series used in...
Read More »Ceranovus⢠Waxes enhance dispersion of adhesives within plastic.
Produced from post-industrial plastic waste and post-consumer recycled plastics like yogurt containers and bottle caps, Ceranovus™ Polypropylene Waxes are available in Ceranovus A and G series variants. Used for stabilizing softening point of commercial, residential or peel-and-stick roofing products, Ceranovus A is suitable for applications that are not color specific whereas G series used in...
Read More »Precision Machined Parts for High Tech Applications
For precision and value that sets the standard for quality and craftsmanship, EGS Production Machining is the source for precision and value. Our extensive capabilities and dedication to customer service allow us to deliver the optimal manufacturing solution. See our video to learn more.
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