Mango Pulp Specifications: Brix, pH, Acidity & CoA Explained (2026)

A mango pulp purchase is only as good as the specification behind it. For juice and beverage manufacturers, dairy processors and food importers, understanding the technical parameters of mango pulp is what separates a consistent finished product from batch-to-batch surprises. This 2026 reference explains each parameter, what to demand on a Certificate of Analysis, and the difference between single-strength pulp and concentrate.

Why Specifications Matter

Mango pulp is a natural product, and natural variation is normal. But a clear, agreed specification turns that variation into something predictable. When you write a precise spec into your contract and verify it against the Certificate of Analysis (CoA) for every batch, you protect your recipe, your label claims and your production schedule. The parameters below are the ones that matter most.

Brix: The Soluble Solids Measure

Brix (°Bx) measures the percentage of soluble solids — predominantly sugars — in the pulp. It is the single most-quoted figure in any mango pulp specification because it drives sweetness, dilution ratios and cost per unit of solids.

• Single-strength mango pulp commonly falls between 14° and 24° Brix, depending on variety and ripeness.
• Mango concentrate is evaporated to a higher 28-32° Brix, reducing volume and freight per unit of solids.

When you formulate a nectar or drink, Brix tells you how much pulp to use and how much water and added sugar your recipe needs. Always agree a Brix range with tolerances, not a single number, since natural fruit will vary. See our mango concentrate page for how higher-Brix product changes your logistics.

pH: Acidity and Safety

pH measures how acidic the pulp is. Mango pulp typically sits in the range of pH 3.2-4.3. This matters for two reasons:

1. Food safety — a low pH inhibits the growth of many spoilage and pathogenic organisms, which is central to the safety of acid foods.
2. Flavour and process — pH interacts with sweetness perception and with thermal processing requirements.

pH and Brix together shape the sweet-tart balance your customers taste in the finished product.

Titratable Acidity

Where pH measures acid strength, titratable acidity measures the total quantity of acid — mainly citric acid in mango. It is usually expressed as a percentage, commonly in the range of 0.3-1.2% for mango pulp.

The Brix-to-acid ratio is a key sensory indicator: a higher ratio tastes sweeter, a lower ratio tastes sharper. Beverage developers often tune this ratio deliberately, so titratable acidity belongs in every serious specification.

Pulp and Fibre Content

Pulp content (sometimes called pulp percentage or sinkers) describes the proportion of suspended fruit material. Fibre content affects mouthfeel and whether the pulp suits a smooth nectar or a more textured product.

Low-fibre varieties such as Chaunsa give a silky, premium mouthfeel suited to nectars and desserts. Higher-yield varieties such as Sindhri suit blended juices. Our Chaunsa vs Sindhri guide explains how variety drives texture.

Colour

Mango pulp should present a characteristic golden-yellow to orange colour. Colour is both a quality marker and a finished-product attribute — consumers expect mango drinks to look like mango. Heat treatment and variety both influence the final shade, so colour expectations should be defined in the spec, ideally with a reference standard.

Viscosity

Viscosity describes how the pulp flows. It affects pumping and filling on your line, the body of the finished beverage, and how the product behaves when blended. A consistent viscosity makes process control easier, so it is worth specifying, particularly for high-speed beverage filling.

Microbial Limits

For aseptic pulp, the sterilisation process is designed to deliver a commercially sterile product. Specifications still reference microbiological criteria — buyers commonly cite total plate count guidance below 10,000 CFU/g along with limits on yeasts, moulds and indicator organisms. Aseptic product should test as commercially sterile; the CoA should confirm the microbial results for the batch.

What a Certificate of Analysis Contains

The CoA is the document that proves a specific batch meets your specification. A complete mango pulp CoA typically includes:

• Product name, variety and form (aseptic, frozen, canned or concentrate)
• Batch or lot number and production date
• Brix, pH and titratable acidity results
• Pulp/fibre content, colour and viscosity observations
• Microbiological results
• Sensory or organoleptic notes
• Net weight and packaging detail
• Best-before or shelf-life statement

Insist on a CoA for every batch, and verify it against your own incoming QC. The CoA should be the controlling quality document referenced in your supply contract. For the surrounding paperwork — Certificate of Origin, phytosanitary certificate, Halal certificate — see our HS code and documentation guide.

Single-Strength vs Concentrate

This is a frequent point of confusion:

• Single-strength pulp is pulp at its natural soluble-solids level (around 14-24° Brix). You use it more or less as-is in nectars and drinks.
• Concentrate has water removed to reach 28-32° Brix. It is cheaper to ship per unit of solids and is reconstituted with water before use.

Neither is better — it depends on your freight economics and process. If you have your own water treatment and blending capability, concentrate can lower landed cost. If you want a simpler process, single-strength pulp is more direct. Our overview of aseptic vs frozen mango pulp covers the related form decision.

How to Use This in an RFQ

When you enquire, state your required ranges for variety, form, Brix, pH, titratable acidity, pulp/fibre content, colour, viscosity and microbial limits, plus your volume and destination port. A precise RFQ lets a supplier confirm whether they can meet it and return an accurate quotation. A good grower-exporter — for example MMA Farms, which holds HACCP and a GFSI-benchmarked food-safety certification — will discuss tolerances openly rather than promising an impossible single number.

Request a Quotation

MMA Farms processes Chaunsa and Sindhri mango pulp at its own facility in Multan, Pakistan, in aseptic, frozen, canned and concentrate forms — each supplied with a batch Certificate of Analysis. Share your target specification and we will tell you exactly what we can supply. Visit the mango pulp export hub or contact our export team to begin.

Frequently Asked Questions

What Brix should I expect for single-strength mango pulp?

Single-strength mango pulp commonly falls between 14° and 24° Brix, varying with variety and ripeness, while mango concentrate is typically 28-32° Brix. Always agree a Brix range with tolerances rather than a single fixed number, because natural fruit varies between batches. The exact figures for any given product should be confirmed on its specification and CoA.

What is the difference between pH and titratable acidity?

pH measures the strength of the acid in the pulp, typically in the range of 3.2-4.3 for mango, while titratable acidity measures the total quantity of acid, usually 0.3-1.2%. Both matter: pH relates to food safety and processing, and titratable acidity, combined with Brix, defines the sweet-tart balance of the finished product. Specify both in your contract.

What should a Certificate of Analysis include?

A complete CoA states the product, variety and form, the batch number and production date, and the measured Brix, pH and titratable acidity, along with pulp content, colour, viscosity, microbiological results and a shelf-life statement. Insist on a CoA for every batch and verify it against your own incoming QC. It should be the controlling quality document in your contract.

Should I buy single-strength pulp or concentrate?

Single-strength pulp is used close to as-is and gives a simpler process, while concentrate has water removed to a higher Brix, lowering freight cost per unit of solids but requiring reconstitution. The right choice depends on your freight economics and whether you have blending and water-treatment capability. Request a quotation for both to compare landed cost.