50% off on Palm Oil Ends on Thursday - 14/01/2021. The Allowance for Loss adjusts for the material that is purchased but not actually used in a product through loss, damage, spillage, and even the tiny bit that gets left in the package or container.. By signing in, you agree to the LyeCalc's Disclaimer and Privacy Policy. Using a calculator will help you make sure that your ratios of water, oils, and lye are correct. Soap Calculator for Soap Industry. Unfortunately, most manufacturers remove glycerin to use in other products, and then add in foaming agents, detergents and synthetic fragrances. The only soap calculator able to calculate the glycerin contents in the soap Your water/lye solution must be at least 50%/50%. Click "Calculate Lye by Weight" Button 8. Advanced and beginner soap making calculator for soapmakers. Total weight: ${ oilWeights | formatNumber } ${ unit.name }(s) Create solid, liquid and cream soaps. NaOH: ${ (oilWeights * .01 * .202) * (naohPercentage / naohPurity) | formatNumber } ${ unit.name }(s), KOH: ${ (oilWeights * .01 * .283) * (kohPercentage / kohPurity) | formatNumber } ${ unit.name }(s), KOH: ${ (oilWeights * .01 * .283) * (100/lyePercentage) | formatNumber } ${ unit.name }(s), NaOH: ${ (oilWeights * .01 * .202) * (100/lyePercentage) | formatNumber } ${ unit.name }(s), NaOH: ${ (oilWeights * .01 * .444) * (naohPercentage / naohPurity) | formatNumber } ${ unit.name }(s), KOH: ${ (oilWeights * .01 * .623) * (kohPercentage / kohPurity) | formatNumber } ${ unit.name }(s), KOH: ${ (oilWeights * .01 * .623) * (100/lyePercentage) | formatNumber } ${ unit.name }(s), NaOH: ${ (oilWeights * .01 * .444) * (100/lyePercentage) | formatNumber } ${ unit.name }(s), NaOH: ${ (oilWeights * n/100 * citricAcid.properties[citricAcid.selected].naoh) * (naohPercentage / naohPurity) | formatNumber } ${ unit.name }(s), KOH: ${ (oilWeights * n/100 * citricAcid.properties[citricAcid.selected].koh) * (kohPercentage / kohPurity) | formatNumber } ${ unit.name }(s), KOH: ${ (oilWeights * n/100 * citricAcid.properties[citricAcid.selected].koh) * (100/lyePercentage) | formatNumber } ${ unit.name }(s), NaOH: ${ (oilWeights * n/100 * citricAcid.properties[citricAcid.selected].naoh) * (100/lyePercentage) | formatNumber } ${ unit.name }(s), Register or 5% default 4. Join the web's best soap making community. You calculate the volume of the mold in cubic inches, multiply by 0.4, and plug the total into an online lye calculator to figure each oil and the other ingredients: Select Weight units button 5. To understand my normal soaping process, please read Lye Ablity: Making Castile Soap. Example: A small spill could lose an ounce or two. Call us: 403-217-2346 Toll Free: 888-918-2346 Store Address & Hours: 3830 - 7 ST SE Calgary, Alberta Tues&Wed 11am to 5pm | Thurs Noon to 6pm | Fri Noon to 6pm | Sat Noon to 4pm [ Instructions ] Are you making solid or liquid soap? Select Lye Button NaOH (Sodium Hydroxide) or KOH (Potassium Hydroxide) 3. Making HP soap is like the CP process up to where the mixture is ready to pour into a mold. Monday - Friday 9am - 3.30pm 626a Rosebank Road. Follow us on Facebook! Soap Qualities. [ Instructions ] Are you making solid or liquid soap? We also stock everything you need for making bath bombs, cosmetics, ejuice, soy melts and much more. Stainless Steel Soap Scraper Cutter. Select Lye Button NaOH (Sodium Hydroxide) or KOH (Potassium Hydroxide) 3. If you choose not to shop here, please consider making a small voluntary d onation occasionally to help cover the time, effort and cost of maintaining availability of this valuable resource. useOilWeight * oil.amount/100 : oil.amount) / units.pound.adjustment * unit.adjustment) | formatNumber }, ${ (usePercentage ? Enter Lye Discount/Superfat figure. It stands for … well, no one knows. Privacy | NZ$ 18.00. Skip to main content. INS is a soap theory that was developed in the 1930’s. Lye Calculator; Tools and Equipment >Home >Shop Online >Tools and Equipment. We'll give you light, medium, and strong recommendations. For example, if you have a 3 pound mold, put 48 (3 x 16 ounces) in the "oils total" space just above. [email protected]. Enter Water as percentage of total oil weight 38% default 6. It allows you to calculate for liquid and bar soaps as well as in grams and ounces. The most common method in this era is the solar calculator that uses a tiny solar cell to capture all available light and power the device. Category Soap Colours. Pure Nature. *Please note: The Bramble Berry Lye Calculator assumes a 90% purity for potassium hydroxide (liquid soap) and 97% purity for sodium hydroxide (solid soap). Things to consider when making your soap. Developed and tested by experienced soapers, this handy lye calculator is all you need to make bar (NaOH), liquid (KOH), or mixed soaps. The water in your recipe is less than the amount of lye. Quality soap made in New Zealand. Ingredients. This produces glycerin and natural soap. I leave it for three to four weeks on wire baking racks to completely set and harden. Soapmaking Lye calculator from the Handcrafted Soap and Cosmetic Guild. The lower the number, the harder the soap bar. Disclaimer | You can easily change what oils are used and the formula percentages. Soapulator - Soap Making Calculator. Instead the mixture is cooked for about 1 and 1/2 to 2 hours hours by gentle heat in either a double boiler or a crock pot. You will need to type the capacity of your mold in either ounces or grams in the for oils total just above. OK so you’re setting out to reuse or up-cycle your funky little jar and turn it into a beautiful scented soy candle. (solid soap currently selected) Check one of the boxes below depending on the type of soap you will be making. Recipe including percentages will be displayed in the Notes area at the bottom of the page. The WSP Lye Calculator lets you play 'what if' with your soap recipe. Resize Batch. 5% default 4. © 2021 (solid soap currently selected) Check one of the boxes below depending on the type of soap you will be making. Our Soap Calculators are supported by product sales. We also stock everything you need for making bath bombs, cosmetics, ejuice, soy melts and much more. Then, click calculate. You calculate the volume of the mold in cubic inches, multiply by 0.4, and plug the total into an online lye calculator to figure each oil and the other ingredients: Safety | Click an oil in the list to the leftClick "Oil" from the menu above to add an oil to the recipe. Soap Lye Calculator will accurately calculate required lye amounts, the estimated amount of liquids for your recipe, and the soap's composition and properties. Bramble Berry: I like this calculator as I find it easy to use and uncomplicated. Calculating your oils, lyes and the size of the mold needed when making your own soap needs to be pretty accurate for your soap to turn out well. Enter Water as percentage … It’s possible Iodine In Soap.Or possibly, Iodine And Saponification.But the theory hasn’t been deeply explored since the 1930’s and since then, in only one book, Dr. Robert McDaniels “Essentially Soap” (out of print but you can find it used). Melt & Pour Soapmaking Kits DIY Kits Melt & Pour Soapmaking Kits All melt and pour soap must be wrapped tightly in plastic to stop them sweating, even soap that is advertised as low sweat. Water/Lye Ratios With the Soap Calculator. The soap should be hard and pop out of the moulds easily. Lye Calculator How to use this Calculator : 1. If you have questions, please email mbrservices@soapguild.org. These purity levels are commonly available to consumers. The HSCG office is currently open and complying with New York State's COVID-19 regulations for businesses. #Conditioner bars Conditioner bars are available now. The amount of lye and water you’ll need to properly saponify your oils, butters and waxes into soap will be handled by the calculator. This will calculate the volume of a Stock concentrate (example, Lactic Acid 90%) needed to add to a formula or another product (like a lotion base or water) to achieve another specific concentration (example, a 20% Lactic Acid solution). Example: In a 50lb block of shea butter, at the end there may be several ounces still left in the box that can't be gotten out. Includes ${ waterDiscount }% Water Discount, ${ ((usePercentage ? Ohhh cool, NZ Soap and Candle now have their own lye calculator for us Soap Makers to use https://nzsoapandcandle.online/ Wash With Sweets NZ January 6 at 8:54 PM LyeCalc by j3ff.net. Casio SL310UCBK Hand Held 10 Digit Calculator Black $19.99 1 Review. Iodine absorbtion value for the oil. Enter Lye Discount/Superfat figure. PureNature. There are some really good online calculators. Whether you use a traditional cold process soap mold or some other container, you can calculate just how much soap you need to make to fill that mold.That way you don't end up having to throw any extra soap out. The fast, easy and reliable way to create soap recipes! Free online lye calculator for soap making. From Nature With Love's Soapulator allows you to conveniently enter, save and print your soap making recipes. You’re going to want to figure out how much wax to use, how much fragrance, and then what size wick to choose. useOilWeight * oil.amount/100 : oil.amount) / units.gram.adjustment * unit.adjustment) | formatNumber }, ${ ((usePercentage ? All you have to do is select what fragrance or essential oil you're using, what you're making, and how much. Enquire to build your soap. all grams or all ounces 7. for all your soap and candle making supplies Supplying you with all your soap and candle making ingredients, including fragrance and essential oils, soap molds and machinery and packaging. So, no need to get your calculator out for this one! ... New Zealand [email protected] Monday-Friday: 10am-4pm Saturday: 10am-2pm. Select Weight units button 5. A modern soap calculator to help you formulate traditional handmade soap recipes. Lye Soap Calculator. This soap calculator calculates TFM, NaOH and Glycerin of soap produced by oils and fats and soap produced using fatty acids Free online lye calculator for soap making. Ohhh cool, NZ Soap and Candle now have their own lye calculator for us Soap Makers to use https://nzsoapandcandle.online/ Wash With Sweets NZ January 6 at 8:54 PM Download Soap Calculator for Windows 10 for Windows to an application to calculate the correct recipe for making home made bar soap. Frugal Living, New Zealand Style ... Our recipe, determined by the fantastic Soap Calculator here, was for 64 oz (weight not fluid oz) of tallow, 18 fl oz of water and 8.3 oz of lye. Save your recipes with pictures and add custome ingredients & instructions to share online. Soap Calculators: soap calculator for soap industry and soap calculator for soap manufacturers and handmade soap maker. Area Conversion Calculator Percentage Change Calculator Random Team Generator Standard Calculator Volume Conversion Calculator We Make Calculations, Common Knowledge. Our soap calculator includes a number of features necessary for professional soap making. The approximate percentage of the fatty acids that will contribute to that particular quality in the soap bar. RULE BREAKER SOAP - It doesn't get any easier than this one oil soap. Click the add button to add custom ingredients. (excludes dangerous goods), Avondale Auckland 1026(Click & Collect Only). I think it is easy to get hung up on the output and all … 1. Login by Email. for all your soap and candle making supplies Supplying you with all your soap and candle making ingredients, including fragrance and essential oils, soap molds and machinery and packaging. I am actually not a fan of Soap Calc. Whether you use a traditional cold process soap mold or some other container, you can calculate just how much soap you need to make to fill that mold.That way you don't end up having to throw any extra soap out. There are no additional ingredients in your soap recipe yet. Soap Calc Lye Calculator – It can’t be a post about lye calcs without me mentioning Soap Calc. Check out our wide range of calculators - perfect for the home or office from a brand you can trust - Sharp NZ info_outline Quickly log a service call with a Sharp technician 300g coconut oil 300g sweet almond oil 300g palm oil Total oils 900g Total lye 129.39g Total water 342g. All Rights Reserved. Orders made after midnight December 22nd will be processed when we return on Jan 11th. Determined from the iodine and SAP values of an oil/fat. There are no ingredients in your soap recipe yet. To create and save your recipe, you must first be registered and logged in to your Customer Account. The ratio of oils to lye and water is worked out using a special soap-making calculator (there’s one free for anyone to use on the Soapcraft website). Enter Recipe Name and Date 2. Avondale Auckland 1026 (Click & Collect Only). If not, leave it for a few more days. useOilWeight * oil.amount/100 : oil.amount) / units.ounce.adjustment * unit.adjustment) | formatNumber }, ${ ((usePercentage ? You can superfat the recipe from 0-10% and it uses a fixed amount of water or your preferred liquid. Create your new soap now. Awesome! Add to cart Canon LS-123K Desktop Calculator Pink $30.00 Add to cart Casio JW200SCGD Desktop 12 Digit Calculator Stylish Gold $39.99 Add to cart Canon LS-123K Desktop Calculator Green $30.00 Add to cart The soap base has a high percentage of glycerin which is great for moisturising the skin, but it does mean they sweat unless wrapped in plastic, preferably in clingfilm. More. oil.amount : ((oil.amount / oilWeights) * 100)) | formatNumber }%, Lye - ${ lye.sapName } ${ lyePercentage }% Purity (${ superfatPercentage }% Superfat), ${ (maxLye * (1-(superfatPercentage/100)) / (units.gram.adjustment / unit.adjustment)) | formatNumber }, ${ (maxLye * (1-(superfatPercentage/100)) / (units.ounce.adjustment / unit.adjustment)) | formatNumber }, ${ (maxLye * (1-(superfatPercentage/100)) / (units.pound.adjustment / unit.adjustment)) | formatNumber }, ${ (maxLye * (1-(superfatPercentage/100))) / lyeWaterOilWeight * 100 | formatNumber }%, ${ (naohMax * (1-(superfatPercentage/100)) / (units.gram.adjustment / unit.adjustment)) | formatNumber }, ${ (naohMax * (1-(superfatPercentage/100)) / (units.ounce.adjustment / unit.adjustment)) | formatNumber }, ${ (naohMax * (1-(superfatPercentage/100)) / (units.pound.adjustment / unit.adjustment)) | formatNumber }, ${ (naohMax * (1-(superfatPercentage/100))) / lyeWaterOilWeight * 100 | formatNumber }%, ${ (kohMax * (1-(superfatPercentage/100)) / (units.gram.adjustment / unit.adjustment)) | formatNumber }, ${ (kohMax * (1-(superfatPercentage/100)) / (units.ounce.adjustment / unit.adjustment)) | formatNumber }, ${ (kohMax * (1-(superfatPercentage/100)) / (units.pound.adjustment / unit.adjustment)) | formatNumber }, ${ (kohMax * (1-(superfatPercentage/100))) / lyeWaterOilWeight * 100 | formatNumber }%, Lye - ${ lye.sapName } (0% Superfat + 10% Excess Lye), ${ (maxLye / (units.gram.adjustment / unit.adjustment)) * 1.1 | formatNumber }, ${ (maxLye / (units.ounce.adjustment / unit.adjustment)) * 1.1 | formatNumber }, ${ (maxLye / (units.pound.adjustment / unit.adjustment)) * 1.1 | formatNumber }, ${ (maxLye) * 1.1 / lyeWaterOilWeight * 100 | formatNumber }%, ${ (naohMax / (units.gram.adjustment / unit.adjustment)) * 1.1| formatNumber }, ${ (naohMax / (units.ounce.adjustment / unit.adjustment)) * 1.1 | formatNumber }, ${ (naohMax / (units.pound.adjustment / unit.adjustment)) * 1.1 | formatNumber }, ${ (naohMax) * 1.1 / lyeWaterOilWeight * 100 | formatNumber }%, ${ (kohMax / (units.gram.adjustment / unit.adjustment)) * 1.1 | formatNumber }, ${ (kohMax / (units.ounce.adjustment / unit.adjustment)) * 1.1 | formatNumber }, ${ (kohMax / (units.pound.adjustment / unit.adjustment)) * 1.1 | formatNumber }, ${ (kohMax) * 1.1 / lyeWaterOilWeight * 100 | formatNumber }%, ${ (lyeWaterOilWeight * 0.046875 * boric.properties.concentrations[boric.type]) / units.gram.adjustment * unit.adjustment | formatNumber }, ${ (lyeWaterOilWeight * 0.046875 * boric.properties.concentrations[boric.type]) / units.ounce.adjustment * unit.adjustment | formatNumber }, ${ (lyeWaterOilWeight * 0.046875 * boric.properties.concentrations[boric.type]) / units.pound.adjustment * unit.adjustment | formatNumber }, ${ (lyeWaterOilWeight * 0.046875 * boric.properties.concentrations[boric.type]) / lyeWaterOilWeight * 100 | formatNumber }%, Water for Boric Acid Solution (80% of Solution), Water for Borax Solution (67% of Solution), ${ (lyeWaterOilWeight * 0.046875 * (1 - boric.properties.concentrations[boric.type])) / units.gram.adjustment * unit.adjustment | formatNumber }, ${ (lyeWaterOilWeight * 0.046875 * (1 - boric.properties.concentrations[boric.type])) / units.ounce.adjustment * unit.adjustment | formatNumber }, ${ (lyeWaterOilWeight * 0.046875 * (1 - boric.properties.concentrations[boric.type])) / units.pound.adjustment * unit.adjustment | formatNumber }, ${ (lyeWaterOilWeight * 0.046875 * (1 - boric.properties.concentrations[boric.type])) / lyeWaterOilWeight * 100 | formatNumber }%, Batch Water (At ${ waterOilPercent } % of Oil Weight), ${ ((oilWeights * (waterOilPercent/100)) / units.gram.adjustment * unit.adjustment) * (1-waterDiscount/100) | formatNumber }, ${ ((oilWeights * (waterOilPercent/100)) / units.ounce.adjustment * unit.adjustment) * (1-waterDiscount/100) | formatNumber }, ${ ((oilWeights * (waterOilPercent/100)) / units.pound.adjustment * unit.adjustment) * (1-waterDiscount/100) | formatNumber }, ${ ((oilWeights * (waterOilPercent/100)) / (1-waterDiscount/100) / lyeWaterOilWeight) * 100 | formatNumber }%, ${ ((maxLye * waterLyeRatio) / units.gram.adjustment * unit.adjustment) * (1-waterDiscount/100) * (1-superfatPercentage/100) | formatNumber }, ${ ((maxLye * waterLyeRatio) / units.ounce.adjustment * unit.adjustment) * (1-waterDiscount/100) * (1-superfatPercentage/100) | formatNumber }, ${ ((maxLye * waterLyeRatio) / units.pound.adjustment * unit.adjustment) * (1-waterDiscount/100) * (1-superfatPercentage/100) | formatNumber }, ${ ((maxLye * waterLyeRatio) / lyeWaterOilWeight) * 100 | formatNumber }, Water (${ lyeToSolutionPercent }% Lye + ${ 100 - lyeToSolutionPercent }% Water Solution), ${ ((maxLye * ((100 - lyeToSolutionPercent) / lyeToSolutionPercent)) * (1-superfatPercentage/100) / units.gram.adjustment * unit.adjustment) * (1-waterDiscount/100) | formatNumber }, ${ ((maxLye * ((100 - lyeToSolutionPercent) / lyeToSolutionPercent)) * (1-superfatPercentage/100) / units.ounce.adjustment * unit.adjustment) * (1-waterDiscount/100) | formatNumber }, ${ ((maxLye * ((100 - lyeToSolutionPercent) / lyeToSolutionPercent)) * (1-superfatPercentage/100) / units.pound.adjustment * unit.adjustment) * (1-waterDiscount/100) | formatNumber }, ${ (((maxLye * ((100 - lyeToSolutionPercent) / lyeToSolutionPercent)) * (1-superfatPercentage/100)) * (1-waterDiscount/100) / lyeWaterOilWeight) * 100 | formatNumber }%, ${ (oilWeights / units.gram.adjustment * unit.adjustment) | formatNumber }, ${ (oilWeights / units.ounce.adjustment * unit.adjustment) | formatNumber }, ${ (oilWeights / units.pound.adjustment * unit.adjustment) | formatNumber }, ${ (oilWeights / lyeWaterOilWeight) * 100 | formatNumber }%, ${ lyeWaterOilWeight / units.gram.adjustment * unit.adjustment | formatNumber }, ${ lyeWaterOilWeight / units.ounce.adjustment * unit.adjustment | formatNumber }, ${ lyeWaterOilWeight / units.pound.adjustment * unit.adjustment | formatNumber }, ${ (oilWeights * .01) | formatNumber } ${ unit.name }(s), ${ (oilWeights * .02) | formatNumber } ${ unit.name }(s), ${ (oilWeights * .03) | formatNumber } ${ unit.name }(s), ${ (oilWeights * .792) | formatNumber } ${ unit.name }(s), ${ (oilWeights * .0625) | formatNumber } ${ unit.name }(s), ${ (oilWeights * 0.0125) | formatNumber } ${ unit.name }(s), ${ (oilWeights * .04375) | formatNumber } ${ unit.name }(s), ${ (oilWeights * .0075) | formatNumber } ${ unit.name }(s), ${ (lyeWaterOilWeight * 0.01) | formatNumber } - ${ (lyeWaterOilWeight * 0.08) | formatNumber } ${ unit.name }(s), ${ (lyeWaterOilWeight * 0.005) | formatNumber } ${ unit.name }(s), ${ (oilWeights * 0.013) | formatNumber } - ${ (oilWeights * 0.039) | formatNumber } ${ unit.name }(s), ${ (oilWeights * 0.016) | formatNumber } - ${ (oilWeights * 0.048) | formatNumber } ${ unit.name }(s), ${ (oilWeights * 0.004) | formatNumber } - ${ (oilWeights * 0.005) | formatNumber } ${ unit.name }(s), ${ (oilWeights * n/100) | formatNumber } ${ unit.name }(s), ${ fattyAcids.oleic.total / oilWeights * 100 | formatNumber }%, ${ fattyAcids.linoleic.total / oilWeights * 100 | formatNumber }%, ${ fattyAcids.linolenic.total / oilWeights * 100 | formatNumber }%, ${ fattyAcids.ricinoleic.total / oilWeights * 100 | formatNumber }%, ${ fattyAcids.lauric.total / oilWeights * 100 | formatNumber }%, ${ fattyAcids.myristic.total / oilWeights * 100 | formatNumber }%, ${ fattyAcids.palmitic.total / oilWeights * 100 | formatNumber }%, ${ fattyAcids.stearic.total / oilWeights * 100 | formatNumber }%, ${ saturatedFats | formatNumber } ${ unit.name }(s), ${ monoUnsaturatedFats | formatNumber } ${ unit.name }(s), ${ polyUnsaturatedFats | formatNumber } ${ unit.name }(s), ${ ((monoUnsaturatedFats+polyUnsaturatedFats)/fattyAcidTotals*100) | formatNumber }:${ (saturatedFats/fattyAcidTotals*100) | formatNumber }, ${ selectedOil.lauric * 100 | formatNumber }%, ${ selectedOil.myristic * 100 | formatNumber }%, ${ selectedOil.palmitic * 100 | formatNumber }%, ${ selectedOil.stearic * 100 | formatNumber }%, ${ selectedOil.oleic * 100 | formatNumber }%, ${ selectedOil.linoleic * 100 | formatNumber }%, ${ selectedOil.linolenic * 100 | formatNumber }%, ${ selectedOil.ricinoleic * 100 | formatNumber }%, ${ (selectedOil.lauric + selectedOil.palmitic + selectedOil.stearic + selectedOil.myristic) * 100 | formatNumber }%, ${ (selectedOil.oleic + selectedOil.ricinoleic) * 100 | formatNumber }%, ${ (selectedOil.linolenic + selectedOil.linoleic) * 100 | formatNumber }%, ${ selectedOil.cleansing | formatNumber }, ${ selectedOil.condition | formatNumber }, ${ selectedOil.long_life | formatNumber }.
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