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LinkedIn Tech Digest: April 2026 Highlights | Static Control & CIP
This article features LinkedIn post highlights shared in April 2026.
Humidity Control around 45% RH for Better Solder Paste Printing
In SMT production, solder paste printing is one of the most critical steps. When plant humidity drops, print quality can become unstable—and the risk of ESD damage can rise.
This short case video highlights how stable, plant-wide humidity control at around 45% RH helped improve solder paste printing quality and reduce ESD-related defects, while lowering operating costs.
👉 Full case study: SMT Humidity Control | Prevent ESD Damage
Humidification & Static Control: Safety, Quality, and Energy
🛡️Explosion-Proof Static Control for Aerosol Filling
Low humidity can increase static buildup in aerosol filling operations—but when flammable materials are involved, the risk is far more serious.
This case explores how Dry Fog can help control static in an explosion-proof environment.
👉 Full case study: Static Control in Aerosol Filling
🌫️Cleanroom Humidification with Major CO₂ Reduction
What if cleanroom humidification could cut CO₂ emissions by 67% while improving humidity control?
See how one semiconductor plant moved away from fuel-oil-fired steam boilers.
👉 Read the full interview: Reducing CO2 Emissions at a Semiconductor Plant
Cooling & Cycle Time: Faster Processes with Targeted Spray
❄️ Die Cooling in Aluminum Die Casting (Crankcase Die): 10 Minutes to 60 Seconds
When a die gets too hot, it must be cooled—but cooling can become a major bottleneck, leading to defects, downtime, and lost production time.
This case shows how one manufacturer reduced cooling time dramatically with our SETO-SP Series pneumatic (air-atomizing) nozzle.
👉 Full case study: Targeted Die Cooling With a Pneumatic Spray Nozzle to Cut Cycle Time
Dust Control: Fine Mist for Better Workplace Conditions
🧩 Foundry Shakeout: Casting-Sand Dust Suppression
Casting-sand dust during shakeout can seriously affect the work environment in foundries. This short video shows how fine-mist spraying helped address the issue.
👉 Full case study: Fine Mist Cuts Casting Sand Dust in Automotive Foundries
🚿 Cleaning Automation: Basin Washing and Tank/CIP Solutions
Wastewater Plant Basin Wall Washing with Limited Water & Budget
Automating basin wall cleaning is not easy when both water supply and budget are tight.
In this wastewater treatment case, the right spray nozzle made full-coverage washing possible.
👉 Full case study: Automating Basin Wall Cleaning at a Wastewater Plant
🛢️ Brewing Tanks: 3D Rotating Tank Cleaning Nozzle Using Existing Pump Pressure
Using existing pump pressure, a 3D rotating tank-cleaning nozzle (JA3 Series) automated the washing of large brewing tanks—removing 1.5 to 2 hours of daily manual cleaning and eliminating work-at-height risks.
In this wastewater treatment case, the right spray nozzle made full-coverage washing possible.
👉 Full case study: Automating Brewing Tank Cleaning with 3D Rotating Nozzles
⚗️ Chemical-Process CIP: Custom Rotating Nozzle with Anti-Detachment
In chemical-process CIP, chemical resistance alone is not enough—high-temperature drying can create a real risk of nozzle loosening or detachment.
This case shows a custom rotating tank-cleaning nozzle engineered with anti-detachment and conductive design features for reliable operation.
👉 Full case study: Tank Cleaning Nozzle with Anti-Detachment Mechanism
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Fog Engineers | IKEUCHI Tech Digest | April 2026 Edition