Malaysian Palm Oil - Naturally Functional Without Partial Hydrogenation

Malaysian palm oil is naturally semi-solid because of its balanced saturated and unsaturated fatty-acid composition. Unlike many liquid vegetable oils that historically required partial hydrogenation to obtain solid-fat functionality, palm oil can provide the structure required in many food applications without this additional process.

Partial hydrogenation can produce industrial trans-fatty acids. Because palm oil is naturally semi-solid, palm-based shortening, margarine and bakery-fat systems can be formulated without relying on partially hydrogenated oils. This makes palm oil an important functional ingredient in trans-fat-free food-fat systems.

Palm Oil Fruit - Mars Oleochemicals Malaysia

Palm oil provides versatile solid-fat functionality for bakery, margarine, shortening and food applications.

Palm oil can be physically fractionated into liquid palm olein and solid palm stearin. Palm olein is widely relevant to cooking and frying, while palm stearin provides firmness and solid-fat functionality in shortenings, margarines, bakery fats and specialty formulations.

Palm-based oils and fats are highly versatile across food manufacturing. Palm olein offers good oxidative stability for frying, while palm oil and palm stearin provide desirable crystallization and structural characteristics for bakery fats, shortenings and pastry products.

Naturally semi-solid palm-oil structure
Suitable for trans-fat-free formulations
Good oxidative stability
Natural solid-fat functionality
Can be physically fractionated
Produces liquid palm olein
Produces solid palm stearin
Broad melting-property options
Suitable for shortening manufacture

Suitable for margarine manufacture
Useful for bakery fats
Useful for pastry fats
Good frying-oil stability
Suitable for specialty-fat formulations
Compatible with industrial food processing
Large-scale commercial availability
Consistent functional performance
Vegetable-origin fat system

Provides solid-fat structure naturally
Provides formulation flexibility
Allows liquid and solid fractions from one oil
Supports bakery-fat functionality
Provides desirable texture in selected foods
Supports cake creaming performance
Supports shortening functionality
Helps maintain product structure

Offers good oxidative resistance
Suitable for high-temperature frying
Helps reduce rapid frying-oil deterioration
Can support longer product stability
Simplifies solid-fat formulation
Supports consistent industrial production
Suitable for large-volume manufacturing
Supports multiple food-processing applications

Cooking Oil
Deep Frying
Industrial Frying
Palm Olein
Shortening
Bakery Shortening
Margarine
Bakery Margarine
Cake Margarine
Pastry Margarine
Puff Pastry Fat
Croissant Fat
Laminated Dough
Cakes
Cookies

Biscuits
Bread
Doughnuts
Instant Noodles
Snack Foods
Confectionery Fats
Filling Fats
Coating Fats
Ice Cream Fats
Cream Fillings
Food-Service Applications
Industrial Food Processing
Specialty Fats
Vegetable Fat Blends
Food Manufacturing

Why does palm oil not require partial hydrogenation for many food applications? Palm oil is naturally semi-solid at room temperature, allowing it to provide solid-fat functionality without partial hydrogenation in many food applications.

Does palm oil contain industrial trans fats? Palm oil does not require partial hydrogenation for many food applications and therefore avoids the industrial trans fats created by that process.

What is palm olein? Palm olein is the liquid fraction obtained by fractionating palm oil and is commonly used for cooking and frying.

What is palm stearin? Palm stearin is the solid fraction of palm oil used in shortening, margarine, bakery fats and specialty-fat formulations.

Is palm oil suitable for frying? Yes. Palm olein provides good oxidative stability and is widely suitable for commercial and industrial frying applications.