Direct Injection Steam Technology of Oven

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In home baking, steam is the soul of a professional crispy shell and full tissue. However, traditional methods are difficult to control. The birth of direct injection steam technology accurately solves the problems of humidity, temperature and distribution. This article will take you to explore the central role of steam in baking, analyze the limitations of traditional methods, and focus on a revolutionary home baking solution-direct injection steam technology, to see how it can bring the precise control of professional kitchens into the home kitchen and open a new era of baking.

(1)、The role of steam

In the first few minutes of the bread in the oven, steam plays a vital role. Its role is far more than humidification so simple:

1. delayed crust

A moist protective film is formed on the surface of the dough to delay the formation of a hard shell, allowing the dough to swell up in the first few minutes to form a fluffy, open tissue.

2. create brittle shells

The high-temperature steam promotes the rapid gelatinization (gelatinization) of the starch on the surface of the dough, and after subsequent drying and browning (Maillard reaction), it forms a thin, bright and crisp iconic shell of professional Obana.

3. optimize heat transfer

Humid air conducts heat much more efficiently than dry air, allowing heat to penetrate the dough more evenly and quickly.

(2)、The dilemma of traditional methods

In the past, home bakers could only pour 1 glass of water into the oven or put 1 bowl of hot water. This brings up several problems:

• Cold water causes the box temperature to drop sharply, destroying the baking rhythm.

• limited evaporation, it is difficult to maintain the necessary humidity.

• Unable to accurately adjust the amount of steam and release timing.

• Steam collects at the bottom and cannot wrap the whole dough.

It is these pain points that have spawned more precise solutions.

(3)、The working mode of direct injection steam technology

Direct injection steam technology has completely changed the way steam is generated and transported. It no longer relies on passive evaporation in the oven, but an active, precise, independent system.

Its core workflow is as follows:

1. manufacture on demand

When you activate the steam function, the oven's built-in independent steam generator (usually a small closed tank) will instantly heat a small amount of water into high-temperature steam.

2. precise delivery

The generated steam is evenly and forcefully sprayed into the cavity from multiple nozzles on the side wall or back of the oven through a dedicated pipe, and the food is instantly wrapped.

3. intelligent control

Through a program or knob, you can precisely set the amount (low/medium/high) and duration (for example, the first 3 minutes or 5 minutes) of steam injection to meet the needs of different recipes.

4. fast recycling

After the end of the steam phase, the exhaust system will quickly remove excess moisture to avoid continuous humidity in the oven affecting subsequent baking or coloring.

This process makes a leap from uncontrollable natural phenomena to programmable cooking parameters.

Knowledge tips: the steam generator of commercial or high-end household oven can produce steam temperature above 100 ℃, even superheated steam, which can instantly act on the surface of dough and has little interference with the internal temperature of the oven.

(4)、5 advantages of direct injection steam technology

1. constant temperature

Superheated steam is generated independently outside the cavity, and the temperature in the box is hardly affected when injected, which completely solves the severe temperature drop caused by traditional water splashing.

2. controllable steam

The steam generator can provide sufficient, continuous and adjustable steam to easily reach and maintain the high humidity environment required for professional baking.

3. uniform steam distribution

Through well-designed pipes and nozzles, the steam can fill the entire cavity from top to bottom and around, ensuring that every side of the dough is fully moisturized.

4. precise manipulation

The timing, duration and intensity of steam injection can be precisely set, changing critical steam interventions from feel-to-feel to programmable.

5. the effect is stable

With precise control and stable performance, every baking can get the expected perfect expansion, luster and crispy skin, and bid farewell to the randomness of the result.

(5)、The development trend of technology

Direct injection steam technology from the commercial baking room to the family kitchen, only a short period of more than ten years. Today, this technology is still evolving:

1. intelligent linkage.

Some high-end ovens have been able to automatically deploy steam programs based on built-in recipes.

2. segmented control

Multiple steam stages are achieved in one baking (e. g. high humidity expansion followed by low humidity coloring).

3. combination cooking

The intelligent combination of steam, hot air and fire creates more cooking possibilities.

Conclusion

The popularity of direct injection steam technology has brought baking from a sensory empiricism to a new stage of precision programming. With the evolution of technology to

intelligent linkage, the boundaries of home baking are constantly being widened, so that everyone can more easily reach the other side of delicious and fulfilling.