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Destrosio Monoidrato

Starting from 25,99 US$
SKU
5060477552308

Prezzo comprensivo di imposte

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Il destrosio monoidrato potrebbe essere quello che stai cercando. Questo prodotto può essere utilizzato per un'ampia gamma di finalità e i suoi ingredienti lo rendono un qualcosa da avere sempre a portata di mano. Uno sguardo più da vicino al destrosio monoidrato potrebbe rendere il tuo prodotto più dolce. 

Il destrosio monoidrato è:

  • Inodore
  • Un ottimo legante
  • Solubile in acqua
  • Puro ad occhio nudo
  • Una polvere cristallina bianca
  • Solubile in acqua

Il destrosio monoidrato può essere utilizzato come una compressa di dolcificante. Esso è costituito da glicogeno, amido e cellulosa. E' proprio come lo zucchero tradizionale. Il destrosio si riceve sotto forma di polverina. A temperatura ambiente, resta in forma cristallina. Mentre si dissolve nell'acqua ed è leggermente solubile nell'etanolo.

Il destrosio monoidrato e i suoi molteplici utilizzi sono stati fatti per diversi processi di fabbricazione. E' semplice zucchero prodotto dalla idrolisi dell'amido. Amido di mais, da cui proviene il glucosio, è un prodotto composto nella catena di produzione del destrosio. L'idrolisi è un processo che funziona per interrompere queste catene e creare il destrosio in massa. Un modo comune per fare ciò, consiste nel trattare l'amido con enzimi noti come amilasi o tramite un trattamento con acido. Questi processi imitano quelli naturali. Nel corpo, la digestione dell'amido inizia dalla bocca grazie alla saliva, o gli enzimi amilasi. I produttori hanno preso spunto dal processo naturale e lo hanno replicato con i loro metodi di produzione.

Il destrosio monoidrato è stato a lungo utilizzato dalle persone per migliorare il sapore dei cibi. Se utilizzato correttamente, può aiutare ad aumentare i livelli energetici e i fluidi delle persone. I consumatori ingoiano le pillole con più facilità se contengono dolcificante. Il destrosio monoidrato si adatta perfettamente a diverse formule per via della sua inerzia.

Nome

Valore

Numero CAS

5996-10-1

Formula molecolare

C6H12O6 H2O

Aspetto

Polvere

Stato fisico

Solido

Conservazione

Conservare a temperatura ambiente

Punto di ebollizione

410.8 °C a 760 mmHg

Densità

1.54 g/cm3 a 25 °C

Peso molecolare

198.17



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Can I get a better price than is listed on the website?

Yes, we have bulk pricing for all of our excipients and it can be found in this section. We offer bulk in 500kg, 1 ton, 2 ton and 5 ton lots. The prices are set on these quantities as it is the amounts that will fit on pallets.

Firmapress
Weight Price £ Price $ Price €
500kg 5,808.23 7,500.00 6,632.40
1 Ton 10,842.02 14,000.00 12,380.48
2 Ton 20,135.18 26,000.00 22,992.32
5 Ton 46,465.80 60,000.00 53,059.20

Microcrystalline Cellulose
Weight Price £ Price $ Price €
500kg 2,230.36 2,880.00 2,546.84
1 Ton 3,568.57 4,608.00 4,074.95
2 Ton 6,245.00 8,064.00 7,131.16
5 Ton 14,497.33 18,720.00 16,554.47

Dicalcium Phosphate
Weight Price £ Price $ Price €
500kg 1,626.30 2,100.00 1,857.07
1 Ton 2,602.08 3,360.00 2,971.32
2 Ton 4,553.65 5,880.00 5,199.80
5 Ton 10,570.97 13,650.00 12,070.97

Magnesium Stearate
Weight Price £ Price $ Price €
500kg 1,053.22 1,360.00 1,202.68
1 Ton 1,685.16 2,176.00 1,924.28
2 Ton 2,949.03 3,808.00 3,367.49
5 Ton 6,845.96 8,840.00 7,817.39

Silicon Dioxide
Weight Price £ Price $ Price €
500kg 3,670.80 4,740.00 4,191.68
1 Ton 5,873.28 7,584.00 6,706.68
2 Ton 10,278.23 13,272.00 11,736.70
5 Ton 23,860.19 30,810.00 27,245.90

Lactose Powder
Weight Price £ Price $ Price €
500kg 3,330.05 4,300.00 3,802.58
1 Ton 5,328.08 6,880.00 6,084.12
2 Ton 9,324.14 12,040.00 10,647.21
5 Ton 21,645.32 27,950.00 24,716.74

Dextrose Monohydrate
Weight Price £ Price $ Price €
500kg 1,115.18 1,440.00 1,273.42
1 Ton 1,784.29 2,304.00 2,037.47
2 Ton 3,122.50 4,032.00 3,565.58
5 Ton 7,248.66 9,360.00 8,277.24

How should I clean contact parts that have come into contact with my excipients or active ingredients?

here are 6 steps that should be followed as a general rule of thumb when cleaning contact surfaces that have come into contact with powders:

Dry Clean - First you need to remove as much of the dry powder as possible. You can do this using a hover/vacuum. Make sure that the vacuum you are using has a filter good enough to handle fine dust.

Wet Clean - Next you need to perform a wet clean. This can be done with warm water and soap or if available an ultrasonic cleaner.

Rinse - Next you need to rinse off any soap with potable water (drinking water). You do not have to do this if you used an ultrasonic cleaner in the last step. It is important to ensure that all parts are thoroughly dried immediately after washing to avoid any rusting.

Sanitise - Next you need to sanitise the surface. This step is recommended by the FDA. There are a number of sanitising solutions available designed to be applied and left on.

Lubricate - You now need to lubricate any parts that require it. This should be with the appropriate grade oil or grease considering your use and greasing chart. Store - Finally store any of the parts in a cool dry place. If you are storing them on the machine then make sure the machine is in a temperature controlled environment with low humidity.

How long is the storage period of each excipient? What is the shelf life?

Firmapress - 2 years form batch date.
Dextrose - 3 years from batch date.
Dicalcium Phosphate - 3 years from batch date.
Microcrystalline Cellulose -
Magnesium stearate -
Lactose - 2 years from batch date.
Silica Dioxide - 2 years from batch date.

What kind of condition should excipients be stored in?

Firmapress - 2 years form batch date.
Dextrose - 3 years from batch date.
Dicalcium Phosphate - 3 years from batch date.
Microcrystalline Cellulose -
Magnesium stearate -
Lactose - 2 years from batch date.
Silica Dioxide - 2 years from batch date.

What is the mesh size of your excipients? etc.

Dextrose - approx 100 mesh
Dicalcium Phosphate - approx 100 mesh
Microcrystoline Cellulose - approx 120-200
Magnesium sterate -
Lactose - 80 mesh
Silica Dioxide -
Firmapress - 100-200 mesh

Are all the excipients safe for human consumption?

Yes, all of the excipients are safe for human or animal consumption. There are some precautions that should be taken when handling them and there are some people that might have intolerances to some of them. Information on this can be found in the products MSDS and Intolerance Data Sheet. This can be found in this section for every excipient.

Are all excipients safe for all ages to consume?

Yes, it does not matter what age, size or sex the person is consuming the products. It is, however, important to check the intolerance data.

Can I have a CoA for my Excipient?

Yes. CoA stands for Certificate of Analysis this is also known some times as an MSDS (Material Safety Data Sheet) all of the information contained in a CoA is inside the MSDS for every LFA product which is emailed to you after purchase.

What kind of agent is each excipient?/ What is the main use of each excipient?

Dextrose - Sweetener, binding agent, good for chewable tablets or candy.

Microcrystalline Cellulose - Binder, filling agent. Good at binding tablets and making them bigger. It can also be used as a filler for capsules.

Magnesium stearate - Dry Lubricant. This stops products from getting stuck to the tooling. It can also help with powder flow issues and caking issues.

Lactose - Binder, sweetener and bulking agent. It has a large mesh so it flows well but most people do not like it because of the intolerance issues.

Silica Dioxide - Flowing agent. This assist powders in flowing smoothly through the machines. It also helps with cacking issues where powders get stuck to the machine.

Which excipient should I add if the product/API is clumpy?

If your product or API is clumpy then you will need to add an anticaking agent. For this, we recommend silicon dioxide. We only recommend adding a maximum of 2% of this to the mix

Which excipient should I add if the product is sticky?

If your product is sticky then you will need to add a dry lubricant to your mix. For this, we recommend magnesium stearate.

We do not recommend that you add more than 1% to the mix as more than this can cause capping. If your product is still sticky at this point then we would recommend looking into granulation.

Which excipient should I add if the product doesn't bind well?

If your product does not bind well then we would recommend using MCC. This can be used in any % the limiting factor is the size of the tablet.

If the amount of MCC you would have to use would be too much or if you do not want to use MCC then you have 3 other options: Ask your supplier for a directly compressible or tabletable grade of your product. Spray dry your product. Wet granulate your product.

Dissolving rate? Any known factors that can affect the rate, speed up or slow down the breakdown of a tablet?

Yes. There are two things at play here. You can get hygroscopic and hydrophobic excipients. Hygroscopic means that they take on water quickly, while hydrophobic means that they repel water.

There are products know as supper disintegrants. These products help the breakdown of tablets. At the moment LFA does not sell any supper disintegrants.

Magnesium stearate is hydrophobic this means that it will slow the breakdown of a tablet.

However, it is used in such small amounts that most of the time it will not make a difference to our customer's products. If they would like to be sure then they should conduct what is known as a disintegration test.

Are there any known allergens or health risks?

Yes, there are all of them can be found in the intolerance sheets for each product. The intolerance sheets can be found here: https://www.lfatabletpresses.com/product-data

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