Minstrong Technology Co., Limited

Name: Minstrong Technology Co., Limited
Address: Changsha, CN
Telephone: 0086-18142685208

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Minstrong Technology Co., Limited

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Ozone destruction catalyst, Hopcalite catalyst, CO removal catalyst, CO2 Absorber, VOC removal catalyst, MnO2 catalyst , Copper oxide catalyst and other catalyst

16/06/2026

Ozone is widely used in industries such as water treatment, semiconductor manufacturing, food processing, printing, and air purification. While it is an effective oxidizing agent, excess ozone released into the workplace or exhaust stream can create safety risks, unpleasant odors, equipment corrosion, and environmental compliance challenges.

Many facilities struggle with questions like:

✔ How can residual ozone be removed efficiently?
✔ How can ozone destruction be achieved without secondary pollution?
✔ Which catalyst is suitable for high humidity, high concentration, or continuous operation conditions?

At MINSTRONG, we specialize in ozone decomposition catalyst solutions designed to convert ozone (O₃) directly into oxygen (O₂) with high efficiency and long service life. Our catalysts are available in multiple forms, including pellets, granules, and honeycomb structures, to meet the needs of different industrial applications.

Whether you're dealing with ozone generated from water treatment systems, ozone generators, semiconductor processes, or industrial exhaust streams, our team can help identify the right solution for your operating conditions.

If ozone removal is a challenge in your facility, feel free to contact MINSTRONG. We're ready to help you find an efficient and reliable ozone destruction solution.

11/06/2026

Ozone Decomposition Catalysts – Multiple Specs Available! 🌿

Say goodbye to harmful ozone with our high-performance decomposition catalysts. Whether for air purifiers, industrial exhaust, or HVAC systems, we offer a wide range of specifications: pellet, honeycomb, granular, and custom shapes.

✅ Efficient & stable

✅ Long service life

✅ Tailored for your flow rate and ozone concentration

Choose the right fit for your application. Get cleaner, safer air today!

📩 Contact us for samples or technical advice.

contact us:

[email protected]

Mobile： 0086-18142685208

Whatapp & Wechat: +8618142685208

04/06/2026

Many food processing plants use ozone for sterilization, odor control, and surface disinfection. While ozone is highly effective, residual ozone can become a hidden challenge once the sanitization process is complete.

Excess ozone in production areas may affect worker safety, accelerate corrosion of equipment, and impact sensitive packaging materials. That's why more food manufacturers are installing ozone decomposition catalysts as a final treatment step.

Unlike activated carbon, ozone decomposition catalysts convert ozone directly into oxygen without consumables, chemicals, or secondary pollution. They provide long-term, maintenance-friendly performance and are ideal for continuous operation in food factories.

Typical applications include:
✔ Food packaging workshops
✔ Cold storage facilities
✔ Beverage production lines
✔ Fruit and vegetable processing plants
✔ Commercial disinfection systems

As food safety standards continue to rise, efficient ozone removal is becoming an important part of modern food processing operations.

Are you managing ozone sterilization systems in your facility? Let's discuss the best ozone destruction solution for your application.

02/06/2026

🚗💨 vs 🏭🧪: Can automotive catalysts handle industrial VOCs?

It’s tempting to think that a catalyst for car exhaust could work for industrial organic waste gases—but the truth is more complex. Automotive exhaust is high-temp, multi-pollutant, and rapidly fluctuating, while industrial VOCs are often low-temp, specific organic mixtures with potential sulfur or chlorine contaminants. Using the wrong catalyst can reduce efficiency or shorten lifespan.

The key? Match your catalyst to the gas composition, temperature, and impurities. One-size-fits-all doesn’t exist in waste gas treatment. Understanding the differences ensures effective oxidation, longer catalyst life, and safer operations.

01/06/2026

How does your facility handle ozone emissions?
Ozone (O₃) plays an important role in semiconductor manufacturing, especially in wafer cleaning, oxidation, and advanced process applications. However, once released into the workplace or exhaust streams, ozone becomes a serious concern for equipment reliability, worker safety, and environmental compliance.
The challenge is that ozone is highly reactive and corrosive. Even low concentrations can gradually damage sensitive equipment, seals, and electronic components. More importantly, prolonged exposure may pose health risks to personnel.
So, what is the most effective solution?
Many semiconductor facilities use catalytic ozone destruction technology. By passing ozone-containing air through a specialized catalyst bed, ozone is rapidly converted into harmless oxygen (O₂) without additional chemicals or high energy consumption.
Compared with thermal destruction systems, catalytic solutions offer:
✔ High ozone removal efficiency
✔ Low operating costs
✔ Room-temperature operation
✔ Long service life
✔ Minimal maintenance requirements
As semiconductor processes continue to advance, efficient ozone abatement is becoming an increasingly important part of cleanroom and exhaust gas management.

27/05/2026

For Industrial Catalysis & Procurement Pros 🌟
The right catalyst boosts efficiency, cuts costs, and supports sustainability. Introducing MINSTRONG High-Purity Activated Manganese Dioxide Catalyst—crafted via advanced synthesis, outperforming conventional options in purity, activity and stability.
Key Advantages: specific surface area 180-240 m²/g, non-toxic & safe, stable under high temp, annual output 1200+ tons with customization (size/shapes).
Widely used in organic synthesis, VOCs treatment, wastewater disposal, battery manufacturing, etc.
✅ Free samples | ✅ 7-day delivery (≤2 tons) | ✅ OEM support
DM us to request samples or technical datasheet. Let’s drive industrial innovation together!

contact us:
[email protected]
Mobile： 0086-18142685208
Whatapp & Wechat: +8618142685208

26/05/2026

What specific impact does space velocity have on the performance of ozone decomposition catalysts? What is the underlying mechanism?

Space velocity (the volume of gas processed per unit volume of catalyst per hour, unit h⁻¹) directly affects the residence time of ozone molecules in the catalyst bed and the gas-solid diffusion efficiency. When the space velocity increases from 10,000 h⁻¹ to 50,000 h⁻¹, the nominal residence time drops sharply from 0.36 seconds to 0.07 seconds. For fast surface reactions like ozone decomposition, insufficient residence time causes ozone to flow out of the bed before it diffuses to the surface of the catalyst's pores, resulting in an exponential decrease in single-pass conversion.

Experimental data show that, under the same ozone concentration (e.g., 50 ppm), for every doubling of space velocity, the ozone conversion rate of transition metal oxide-based catalysts (e.g., MnO₂-based) decreases by an average of 15%–25%. Further analysis reveals that in the low space velocity range (

22/05/2026

Hopcalite catalysts play an important role in mine safety, especially for the removal of carbon monoxide (CO) in rescue systems and underground air purification. However, proper application is critical to ensure stable catalytic performance and worker safety.

One key point is moisture control. Hopcalite catalysts are highly sensitive to humidity, and excessive water v***r can significantly reduce catalytic activity. In mining environments, installing effective drying systems before the catalyst bed is essential.

Dust and sulfur-containing gases should also be carefully managed. Fine particles may block catalyst pores, while sulfur compounds can poison the active components, shortening catalyst life. Regular filtration and gas monitoring are recommended.

In addition, operating temperature and airflow design must match the catalyst specifications to achieve efficient CO oxidation. Proper maintenance and periodic replacement are equally important for long-term reliability in underground applications.

With the right system design and operating conditions, Hopcalite catalysts can provide efficient and dependable protection for mining environments.

20/05/2026

Ozone generated in corona discharge workshops is more than just an odor issue — it can affect worker safety, equipment stability, and product quality if not properly controlled.

A well-designed ozone treatment system should not rely only on ventilation. In industrial applications, catalytic ozone decomposition is widely used because it converts ozone directly into oxygen under low-temperature conditions, with high efficiency and low energy consumption.

Key factors in system design include:
✔ Accurate estimation of ozone concentration
✔ Proper airflow and duct layout
✔ Sufficient catalyst contact time
✔ Resistance to humidity and dust
✔ Continuous monitoring for stable operation

For plastic film, printing, coating, and corona treatment lines, a properly matched ozone decomposition solution can significantly improve workshop air quality while supporting long-term equipment reliability.

As industrial environmental requirements continue to increase, ozone control is becoming an essential part of modern production system design rather than an optional upgrade.

19/05/2026

Hydrogen peroxide (H₂O₂) is widely used in industrial and laboratory processes, but its strong oxidizing nature requires careful handling. Catalysts play a crucial role in safely and efficiently decomposing H₂O₂ into water and oxygen. Common catalysts include metal oxides like manganese or iron oxides, transition metal salts such as copper or silver, and enzymes like catalase.

Choosing the right catalyst depends on factors like reaction rate, temperature tolerance, corrosion resistance, and form (powder, granule, or coated). Proper catalyst selection ensures effective decomposition, improves safety, and supports industrial processes ranging from water treatment to pharmaceutical and chemical applications.

Understanding H₂O₂ catalysts helps professionals optimize processes and maintain safe working environments.

Address

Changsha

Telephone

0086-18142685208

Website

https://www.minstrong.com/en/Contact-us.html

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