IT&T Corp.

16/09/2026

❓How long will take to finish assembling of a high=end maglev turbo blower?

💡Now a test shown that only 30 minutes!

A master with over 5 years of experience, along with a young employee who had just joined the factory for 2 months, completed the installation of the internal motor of the magnetic levitation blower within 30 minutes through their efficient and orderly operation procedures, proficient techniques, and excellent teamwork.
The remaining work is to connect the cables by electrical engineers, then complete machine testing can be carried out immediately.
Once all the components are ready, with such this efficient and high-quality work, the production lead time can be significantly shortened, ensuring that the equipment can be delivered to the customers within 30 to 45 days at any time.
In this scene, we witness direct cooperation between people and the significance of the transmission of technology from the older generation to the younger one.



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https://youtu.be/LPVwz3qLNB0

How long will take to finish assembling of a high=end maglev turbo ...

14/09/2026

Cement Plans Reduced Maintenance Costs by -30%+ After Switching to Maglev Blowers

14/09/2026

🌟 Success Story: Several Cement Plans Reduced Maintenance Costs by -30%+ After Switching to Maglev Blowers
Traditional Roots blowers for cement raw meal homogenization & pulverized coal conveying always bring two major headaches: high electricity bills and heavy routine maintenance workload.
Many cement producers are troubled by frequent oil change, bearing replacement, high noise and poor partial load efficiency.
Based on installed cement plant retrofit benchmarks:
✅ Comprehensive energy saving: 32~38%.
✅ Maintenance cost reduction: up to -80%.
✅ Noise dropped from 110dB down to below 80dB(A).
✅ Wider turndown ratio 30 100%, matches fluctuating kiln production load.
✅Oil free maglev bearing, minimum spare part work
Typical static pay back period ranges 2.0 2.7 years, depending on local electricity price and annual operating hours.
Maglev blowers work well for cement plant key positions:
🔹 Raw meal silo aeration
🔹 Pulverized coal pneumatic conveying
🔹 Kiln head coal feeding air supply
Would you like to know what ROI your cement plant can achieve?
Send DM for free customized energy saving assessment & blower selection consultation.


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Contact:
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02/09/2026

❓ FAQ —— Can maglev blowers handle fluctuating industrial wastewater load?

Industrial wastewater plants always face variable loads: shift‑time discharge, COD shock, rain‑season inflow surge.

Old Roots blowers can hardly adapt: operators keep high airflow as safety margin → huge over‑aeration & power waste.

✅ How maglev solves it？
▪ Wide turndown ratio: 30‑100% airflow adjustable.
▪ Closed‑loop linkage with DO sensor, auto adjust air output following real‑time sewage oxygen demand.
▪ Real industrial park case: After maglev upgrade, DO stabilized ±0.3 mg/L, aeration power saved 36%.

⚠️ Important real‑world reminder
Maglev is not “fix‑all”. Surge protection, DO sensor calibration and aeration pipeline condition still determine final performance.

If your plant struggles with fluctuating aeration load, DM keyword LOAD for free consultation and energy‑saving evaluation.





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26/08/2026

📍Why must maglev rotors undergo high-speed dynamic balancing?

Many customers ask: The maglev bearing works without physical contact, why do we still need dynamic balancing for the rotor?
Unlike traditional mechanical bearings which absorb partial vibration via contact friction, maglev systems support the rotor purely by electromagnetic force.
Any mass unbalance will generate strong centrifugal excitation force at high speed (20,000~60,000 rpm).
🔑Key risks of insufficient rotor balancing:
✅ Extra heavy load on maglev electromagnets & power amplifiers, causing over-current, overheating and unexpected trip-off
✅ Disturbed sensor feedback signal, reducing closed-loop control stability, even risking rotor drop-down
✅ Severe impact damage to backup safety bearings once suspension fails
✅ Periodic vibration transfers to piping & cabinet, increasing noise and fatigue risk for the whole unit
Static balancing is NOT enough for high-speed maglev rotors.
Multi-plane high-speed dynamic balancing is mandatory, to minimize residual unbalance, keep maglev control within safe working range, and extend full-unit service life.


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13/08/2026

Most waste water plant operators lose 50%–70% of total electricity bills just on aeration blowers.
If you’re still running old Roots blowers, you’re likely facing these troubles every month:
❌ Monthly oil replacement & belt maintenance, huge labor cost
❌ Noise over 100dB, extra sound insulation room needed
❌ Unstable DO value leads to discharge standard risks
❌ Short service life & frequent shutdown failures
We provide a 100% Free Maglev Blower Selection Consultation & Custom Energy Saving Calculation for all wastewater plants:
✅ Match proper blower model according to your daily water treatment capacity
✅ Calculate exact annual electricity savings & payback period
✅ Send full PDF comparison report between Maglev & Roots blower
PM with your plant’s basic operation data:
 Daily wastewater treatment capacity (m³/day)
 Current blower type & power (Roots / Screw/Air bearing)
 Local electricity unit price









For more, please click:
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Contact for more information:
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11/08/2026

📍 Most wastewater plants still rely on Roots blowers for aeration without realizing how much money 💰 is wasted yearly on electricity & maintenance.
We calculated the real ROI between Maglev Turbo Blower vs Traditional Roots Blower under identical sewage aeration operating conditions:
✅ Extra upfront investment premium for maglev unit: 💰≈ $30,000-$50,000
✅ Annual savings on power consumption + maintenance: 💰≈US$41,500
✅ Static payback period: 2~ 2.5 years
Beyond energy savings:
• Contactless maglev bearing design = near zero wearing parts & less downtime.
• Oil-free air supply avoids pipeline & aerator blockage.
• Lower failure rate cuts unexpected production shutdown losses.
If you’re planning aeration system renovation, send your blower airflow & daily running hours via DM, a customized ROI calculation report for your plant will be sent free of charge.








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Contact for more information:
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31/07/2026

& Factory 360° Tour

17/07/2026

Can Maglev Turbo Blower save every cost for WWTP operation?
It depends on the project capacity and which model we decide to choose.
In general, maglev turbo blower can save 30% to 40% electricity cost, but a few cases will be lower or even higher energy return.
Analysis and result of the judgment should be conducted based on the specific circumstances of each case.
Here is to look into an installed case in year of 2022.
Why customer still decide to choose Maglev Turbo Blower to replace Roots Blower while the power performance seems close?
Other concerns should be considered like:
Challenges & Maintenance of Roots Blower
 Lubrication Cleaning & Replacement
 Bearing Wearing & Replace 3-6 months
 Noise ＞90dB
Benefits & Maintenance of Maglev Turbo Blower
 Oil-Free. No need lubrication.
 No Bearing Wearing. Lifespan ≥20Y
 Noise ≤80dB
 Only Air Filters Cleaning & Replace 3 months
 VFD and IoT intelligent functions.
💡The fastest feedback: The cost of after-sales maintenance.








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13/07/2026

Maglev Blower vs Roots Blower: Which One is Better for Your Wastewater Treatment Plant?

As operators, procurement & project owners, management & process, while there are different kinds of blowers in the market, how to select the best option for WWTP?
There is no best, only the most suitable. Let's have a discussion for this question which may often bother the end user.