What is Calcium Phytate CAS 3615-82-5?

Calcium Phytate, also called calcium phytate or phytin, is a calcium-containing derivative of phytic acid. This CAS number is used for the phytate salt sold as a powder or granular solid, mainly for metal-ion chelation and inositol production.

Is Calcium Phytate CAS 3615-82-5 a pure calcium salt?

No. The CAS 3615-82-5 is commonly applied to phytin or calcium magnesium phytate, a mixed inositol hexaphosphate salt. Commercial material is usually specified by calcium and magnesium content rather than one fixed molecular formula.

How soluble is Calcium Phytate?

It is only slightly soluble in water and disperses more readily under controlled formulation conditions. Solubility increases in acidic media, while the dry powder is generally insoluble in ethanol and many organic solvents.

What is Calcium Phytate used for in industry?

Its main industrial function is metal-ion control: it can chelate calcium, iron, and other multivalent ions to reduce scaling, stabilize formulations, and limit metal-catalyzed oxidation in cleaning, water treatment, and specialty systems.

Calcium Phytate CAS 3615-82-5

Calcium Phytate, also called the calcium salt of phytic acid or calcium inositol hexaphosphate, CAS 3615-82-5, is a powder or granular solid positioned for metal ion chelation and formulation stabilization. Confirm the required grade, then request a quotation with COA/TDS/SDS for bulk supply.

CAS: 3615-82-5
Synonyms: Calcium salt of phytic acid; Calcium inositol hexaphosphate
Einecs: 222-798-1
Grade: Industrial / formulation grade
Package: Standard export packaging

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Product Description

Calcium Phytate CAS 3615-82-5 is the calcium salt of phytic acid with EC 222-798-1.

Synonyms: Calcium salt of phytic acid; Calcium inositol hexaphosphate; Phytin.

CAS: 3615-82-5.

It is supplied as a white to off-white powder or granular solid.

Commercial material is usually specified by calcium and magnesium content rather than one fixed molecular formula.

It is positioned as a metal-ion chelating agent for formulation stabilization.

It binds polyvalent metal ions such as calcium and iron.

It helps control oxidation processes and improve stability in systems sensitive to trace metals.

It is used as a chelating agent in formulations to reduce scaling and stabilize systems.

It is used in water treatment, industrial cleaning, and specialty systems requiring metal-ion control.

It is only slightly soluble in water and disperses more readily under controlled conditions; solubility increases in acidic media.

Confirm the required grade, calcium and magnesium content, appearance, and related specifications for the chosen grade.

Check compatibility with the target formulation and confirm dispersion conditions for aqueous systems.

Store in a cool, dry, well-ventilated area in tightly sealed moisture-resistant packaging.

Avoid high humidity and direct sunlight so the powder does not absorb moisture or lose handling quality.

Confirm packaging suitable for the solid powder or granular form and order quantity, and follow the current SDS.

Confirm grade, packaging, and specification as required.

The page is an RFQ entry point and does not state stock, price, MOQ, or fixed lead time.

For an RFQ, state the intended application, required grade, quantity, packaging, destination, and document needs.

FAQ - Technical & Supply Chain

Q:
What is Calcium Phytate CAS 3615-82-5?

A: Calcium Phytate, also called calcium phytate or phytin, is a calcium-containing derivative of phytic acid. This CAS number is used for the phytate salt sold as a powder or granular solid, mainly for metal-ion chelation and inositol production.
Q:
Is Calcium Phytate CAS 3615-82-5 a pure calcium salt?

A: No. The CAS 3615-82-5 is commonly applied to phytin or calcium magnesium phytate, a mixed inositol hexaphosphate salt. Commercial material is usually specified by calcium and magnesium content rather than one fixed molecular formula.
Q:
How soluble is Calcium Phytate?

A: It is only slightly soluble in water and disperses more readily under controlled formulation conditions. Solubility increases in acidic media, while the dry powder is generally insoluble in ethanol and many organic solvents.
Q:
What is Calcium Phytate used for in industry?

A: Its main industrial function is metal-ion control: it can chelate calcium, iron, and other multivalent ions to reduce scaling, stabilize formulations, and limit metal-catalyzed oxidation in cleaning, water treatment, and specialty systems.
Q:
How should Calcium Phytate be stored?

A: Store it in a cool, dry, well-ventilated area in tightly sealed moisture-resistant packaging. Avoid high humidity and direct sunlight so the powder does not absorb moisture or lose handling quality.

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