Anyone who has spent time doing a horse feed price comparison will know how puzzling it can be. Two complementary feeds may look virtually identical on the shelf — similar ingredients, similar purpose, similar packaging — and yet one carries a price tag that is considerably higher than the other.
What actually drives the price difference?
The size of the bag or the price per kilo tells you surprisingly little about what is actually inside. What really drives the cost is, above all, the quality, form and concentration of the ingredients — alongside daily serving size, manufacturing method, analytical testing, cleaning processes, production volumes and packaging.
The same ingredient name does not mean the same quality
An ingredient list might include zinc, magnesium, vitamin E, amino acids, chia or Boswellia.
But the name on its own tells you nothing about the nature of the raw material that has actually gone into the product.
Minerals come in different chemical forms. Vitamins come in different forms. Plant-based ingredients may differ in terms of which part of the plant has been used, where it was grown, how it was processed, and what concentration of naturally occurring compounds it actually contains.
This is why the purchase price of two raw materials can differ substantially, even when the finished products appear almost indistinguishable to the consumer.
Concentration matters more than you might think
One of the most significant factors affecting the price of any complementary feed is how much of the actual nutrient or desired ingredient it contains per serving.
Two products may both contain zinc, for instance, but the zinc concentration in one may be several times higher than in the other. The same logic applies to amino acids, vitamins, magnesium and a great many plant-based ingredients.
That is precisely why judging a product solely on the price of the bag or the cost per kilo leads you astray.
A far more meaningful question is:
How much of the desired nutrient does the horse actually receive in a single daily serving?
Same type of product — completely different concentration
Biotin products offer a straightforward illustration of this.
Two products may both be marketed as biotin supplements, yet one might deliver 10 mg of biotin per daily serving while the other delivers 20 mg.
That is a twofold difference in what the horse actually receives.
If you compare them only by the price of the tub or the cost per kilo, the more concentrated product will appear more expensive. But once you look at how much biotin the horse actually receives per daily serving, the picture can look very different indeed.
The same principle holds true for zinc, copper, vitamin E, magnesium and amino acids.
10 mg and 20 mg are not merely slightly different strengths — the latter delivers twice as much biotin with every daily serving.
Vitamin E — the same name, but a different form and potency
When it comes to vitamin E products, the price difference often comes down to two things: how much vitamin E the daily serving contains and which form of vitamin E has been used.
Vitamin E is available in both natural and synthetic forms, and these are not fully equivalent — so a figure quoted in milligrams or IU does not always tell the whole story.
Two products can therefore both be described as vitamin E supplements, while one contains synthetic vitamin E and the other natural vitamin E. Their concentrations may also differ considerably.
For example, Chia de Gracia CdG-E contains 100% natural RRR-α-tocopheryl acetate. One gram provides 500 IU of vitamin E, so a 2-gram daily serving delivers 1,000 IU.
When comparing vitamin E products, it is worth checking at least:
- whether the vitamin E is natural or synthetic
- how much vitamin E the daily serving actually provides
- what the daily serving costs
That gives you a far clearer sense of true value in use than the price on the tub alone ever could.
Fillers and carrier ingredients affect concentration
Some complementary feeds contain carrier or filler ingredients.
These can serve a perfectly legitimate technical purpose — making the product easier to mix, manufacture or dose accurately.
However, they can also increase the overall volume of the product relative to the ingredient or nutrient it is principally intended to provide.
The result can be a lower price per kilo that goes hand in hand with a lower concentration of the key nutrient and a larger daily serving size.
So the size of the bag alone is no guide to how much of what you actually want is inside it.
A large bag does not automatically mean a large amount of the nutritionally important ingredient.
Pelleting also affects composition
A pelleted product is not simply powder pressed into a different shape.
To produce pellets that are sufficiently durable, uniform and suited to the manufacturing process, the formulation may need to include carrier, structural or binding ingredients.
Their role may be to improve the compressibility of the mixture, the durability of the pellets, consistency and ease of handling.
This means that the total weight of a pelleted product does not necessarily consist solely of the nutrients or ingredients you primarily want to give to your horse.
Pelleting can be a practical and effective manufacturing method, but when comparing products it is still worth looking at the actual nutrient concentrations and daily serving size, rather than drawing conclusions from product form or price per kilo alone.
A low price per kilo can work out more expensive per day
Here is a simple example to illustrate the point.
Product A
Price €25/kg
Daily serving 100 g
→ €2.50/day
Product B
Price €45/kg
Daily serving 20 g
→ €0.90/day
Looking only at the price per kilo, Product B appears significantly more expensive. In daily use, however, it is clearly the more economical choice.
If you want to compare products in any meaningful way, look at least at:
price + daily serving + amount of the desired nutrient per daily serving.
The form of the ingredient also affects the price
Not all nutrients are used in the same chemical form.
Trace elements, for example, may be used as different inorganic compounds or chelated forms. Vitamin E may be natural or synthetic, and magnesium is available in several distinct compounds.
The raw material costs for these different forms can vary considerably.
And yet both product labels may simply read "zinc", "magnesium" or "vitamin E".
This is why the name of a nutrient alone does not always reveal the real differences between products.
Plant-based ingredients can vary enormously too
With herbs and other plant-based ingredients, pricing can be even more complex.
The cost may be influenced by:
- where the plant was grown
- which part of the plant has been used
- how it has been dried and processed
- how much of the desired naturally occurring compounds it contains
- whether it is a straightforward plant powder or a raw material in which specific compounds have been formally defined
- how well the purity and composition of the raw material are actually known
Different batches of the same plant can also vary considerably
Plant-based raw materials are natural products. Growing conditions, weather, harvesting, drying, sorting and storage all leave their mark on the final characteristics.
Chia is a good case in point.
There are different quality grades and chia batches selected for different end uses. High-quality chia is uniform and carefully cleaned, with strict requirements set for factors such as moisture content, impurities and overall quality.
Other types of raw material batches may also be used for feed purposes, provided they are safe and suitable for animal feed. A batch that does not meet commercial food-grade quality specifications may, in some cases, be used as a feed material instead.
This alone can account for a significant difference in raw material price.
Cleaning also comes at a cost
Cleaning seeds is not a cost-free step in the production process.
The more thoroughly dust, plant residues, weed seeds and other impurities are removed from a raw material, the more the processing costs.
This may well be one reason why two raw materials both labelled chia can carry very different purchase prices.
At Chia de Gracia, we always use Grade 1 chia. That is a deliberate raw material choice on our part — even though cheaper alternatives are readily available on the market.
Quality control cannot be seen from the outside of the bag
Analysing raw materials and finished products costs money.
A manufacturer may monitor nutrient concentrations, microbiological quality, heavy metals, moisture, other potential contaminants, and the origin and traceability of raw materials.
On top of that, self-monitoring programmes, batch traceability and thorough documentation are all required.
None of this is visible from the outside of the bag, yet all of it forms part of the true manufacturing cost of the product.
Production volume affects the price
It also makes an enormous difference whether a product is manufactured in quantities of a few thousand kilos or several million kilos.
Large manufacturers can buy raw materials, packaging and transport in very high volumes and therefore secure significantly lower unit prices.
In smaller-scale production, the per-product cost of manufacturing labour, packaging, analysis and logistics is typically higher.
This is why the cost structure of a specialised complementary feed produced in small batches can look very different from that of a high-volume mass-market product.
Packaging is also part of the price
Good packaging is not just about appearances.
It must also protect the product from moisture, oxygen, light and the physical stresses of transportation.
Beyond the bag itself, costs arise from labels, printing, packing work, shipping boxes and various packaging-related obligations.
What about product development?
A well-designed complementary feed is not created by simply mixing a handful of ingredients together.
Developing a product properly means thinking carefully about:
- which nutrients the product is intended to supplement
- at what concentration
- in which forms they should be used
- which ingredients work well in combination
- what constitutes a sensible daily serving
- how to ensure consistency from batch to batch
- how the product can be dosed easily and accurately in practice
- how the formulation and labelling can be implemented correctly
All of that work is part of the true cost of the finished product.
More expensive does not automatically mean better
Price alone is no guarantee of quality.
A more affordable product may be perfectly adequate for a particular horse, and not every horse needs the most concentrated or most expensive option available.
Equally, a low price per kilo does not automatically make a product economical to use day to day.
When comparing products, it is worth asking:
What does the product actually contain?
In what form are the ingredients?
How much of each ingredient does it contain?
How much of the product is needed per day?
And how much of the desired nutrient does the horse actually receive in one daily serving?
Once you begin approaching any horse feed price comparison in this way, a large price difference between two products that look remarkably similar will often start to make a great deal more sense.
The true value of a feed is not determined by its price per kilo — it is determined by what actually ends up in the feed bowl.
