Premium Industrial Air Power.
Factory-Direct Pricing for Europe.
IE4 & IE5 Efficiency Available.
Tested per ISO 11011:2024
Core Products
Engineered for efficiency, reliability and compliance with European industrial standards
Oil Injected All In One Compressor（FF Series）
Intelligent Variable Frequency Air Compressor System with Integrated Cooling & Filtration
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Oil Injected Two Stage Compressor（TPM Series）
IE4 Premium Efficiency（IE5 Optional）, Low-Noise,PM Motor(IP65),Dual VSD
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Oil Injected Permanent Magnet Compressor（PM Series/PM+ Series）
IE4 Premium Efficiency（IE5 Optional）
Learn MoreIndustry Solutions
Tailored compressed air solutions for key European industries
Textile & Garment
Stable pressure (±0.01MPa) for Italian textile manufacturing, 30% energy savings via VSD matching weaving machine air demand
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Food & Beverage
Hygienic oil-free air (ISO 8573-1 Class 0) for EU food standards, heat recovery for process water heating
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Automotive & Engineering
Precision air for UK automotive manufacturing, 38% energy savings vs legacy compressors
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Construction & Mining
Rugged design for heavy industrial use, heat recovery for site heating in cold climates
View SolutionWaste Heat Recovery System
Recycle up to 94% of compressor waste heat to further reduce energy costs
Energy Recycling Principle
Air compressors convert 94% of electrical energy into heat (only 6% into compressed air). Our closed-loop heat recovery system captures this waste heat from oil/water cooling circuits and repurposes it for:
- Factory space heating (replaces gas/oil boilers)
- Hot water for industrial processes (washing, cleaning)
- Employee welfare facilities (showers, canteens)
Financial & Environmental Benefits
For a 100kW compressor running 8,000 hours/year:
- Recovers 75,200 kWh of heat annually (saves £9,000+ on gas bills)
- Reduces carbon emissions by 18 tons/year (ESG compliant)
- ROI of just 8-12 months for the heat recovery system
- Zero maintenance costs (passive heat exchange design)
Seamless Integration
Our heat recovery system is fully compatible with all SEIZE AIR compressors (retrofit available for existing units). It requires no modification to compressor operation, maintains original cooling efficiency, and comes with a 5-year warranty.
Calculate Your Energy Savings
SEIZE AIR machines typically pay for themselves within 12-24 months through energy savings—this includes 30% lower electricity costs + 15% savings from heat recovery + 8% reduction in maintenance expenses.
Traditional Compressors
- High energy consumption (70-80% of lifecycle cost) – £35,000/year for 100kW unit
- Frequent maintenance (belt replacement, oil changes) – £5,000/year
- High carbon emissions (45 tons/year) – non-ESG compliant
- Inconsistent pressure control (±0.1MPa) – causes product defects
SEIZE AIR Compressors (+ Heat Recovery)
- 30-40% lower electricity bills – £17,500/year for 100kW unit
- Smart monitoring reduces maintenance costs to £2,000/year
- Heat recovery cuts carbon emissions to 12 tons/year (73% reduction)
- Precision pressure control (±0.01MPa) – zero product defects
The SEIZE AIR Advantage
Why European industries choose SEIZE AIR for their compressed air needs
Two-Stage Compression
Splits compression into two stages (4:1 ratio each) instead of one (8:1), reducing air temperature rise by 40°C and leakage by 15%. This lowers power consumption by 15-20% vs single-stage models and extends rotor service life by 3+ years.
Smart Control System
Remote monitoring via mobile/PC, real-time energy consumption tracking, and predictive maintenance alerts for maximum uptime. AI-driven load forecasting further optimizes VSD operation, adding 5-7% additional energy savings.
Ultra-Quiet Design
Complies with strict European workplace noise regulations (≤75dB) through sound-dampening enclosures and low-speed rotors, creating a safer working environment and eliminating the need for costly acoustic insulation.
Direct Drive Technology
1:1 direct connection eliminates belt losses (up to 8%), ensuring maximum power transfer and minimal maintenance. No belt replacement (every 12 months) reduces downtime and operational costs by £1,200/year per unit.