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​Core Technology

Breakdown

Break down oxalic acid, natural toxins, and residual substances in plants into harmless components

Transformation

Release natural sweetness and aroma, letting bitterness and astringency fade naturally

Purification

Balance water and heat to thoroughly remove heavy metals and pesticides

Our Breakthrough: Full Cell-Wall Disruption Roasting Technology

Cell-wall disruption roasting illustration

131°C is the key temperature we discovered through years of research into plant ingredients. At this temperature, most plants can begin a process of purification and maturation from the inside out. We call it the “Full Cell-Wall Disruption Roasting Method」:

Internal Heat Concentration Technology distributes heat evenly into the plant's core

Simultaneous moisture release, impurity removal, and deep sterilization

Moving beyond high heat at the surface to let plants mature from the inside out

Five Key Advantages of Full Cell-Wall Disruption Technology

Grains in mason jars

Extend shelf life

Suppress microorganisms and oxidation

Eco-friendly living

Remove off-odors and impurities

Reduce lingering astringency, sourness, bitterness, and burnt flavors

Brazil nuts

Remove harmful substances

Complete removal of heavy metals, pesticides, and natural toxins

Gears in a machine

Catalyze maturation and transformation

Enhance the inherent value and flavor of plants

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Consistent appearance and texture

Glossy skin and a naturally full texture

In Practice: See the Difference in a Roasted Sweet Potato

Full Cell-Wall Disruption Roasting Method

Sweet potato illustration

​Explore the Technology Difference

To cook it through, the skin often becomes dry and wrinkled while the inside stays wet and sticky, sometimes with a bitter, astringent, or burnt taste.

Traditional Roasting Method

Smooth, glossy skin; a soft, fluffy interior; and an inviting aroma. Evenly cooked, with no off-odors.

Full Cell-Wall Disruption Roasting Method

The Roasting Problems You May Not Know About

Traditional heat-dissipating roasting methods transfer heat only from the outside inward. The plant's surface dries quickly, trapping oxidation-related moisture inside and making it harder to release harmful factors such as heavy metals, pesticides, and natural toxins. Besides falling short of true purification, high temperatures may damage the plant's essence, affecting its nutrients and flavor.

Roasted coffee beans
131degrees_Logo

​Patent Advantages

Full Cell-Wall Disruption Roasting Method: A Purification Revolution from Within Plants

Refining the true flavor of plants

We believe the goodness of plants needs scientific understanding, without chemical additives.

The 131°C Full Cell-Wall Disruption Roasting Method is more than a processing method; it expresses respect for nature and health.

We invite you to experience truly pure plant flavors, one bite and sip at a time.

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