Key Pain Points & York H Solutions
1. Refrigerant Incompatibility & Lubrication Failure
- Problem: Ordinary oils have poor compatibility with refrigerants, causing oil film rupture and reduced cooling efficiency.
- Offers POE/PVE synthetic oil and mineral oil series
- Perfectly matches mainstream refrigerants (R134a/R410A/R32)
- Multiple viscosity options (ISO VG 32/46/68)
- Compatible with York’s full model range (YK/YV centrifugal compressors, YS screw compressors)
- Eliminates mixing risks from the source
2. Performance Degradation Under Extreme Conditions
- Problem: High temperatures trigger oil carbonization; low temperatures cause solidification.
- Flash point ≥220℃, pour point as low as -50℃
- Stable operation across -30℃~120℃ wide temperature range
- Maintains oil film strength in 55℃ high-temperature workshops or -50℃ ultra-low temperature cold storage
- Prevents bearing wear and "motor burnout"
3. Corrosion & Blockage From Moisture/Impurities
- Problem: Inferior oils (moisture >100ppm) cause pipeline corrosion and deposit buildup.
- Factory moisture content ≤30ppm
- Hydrolysis-resistant formula + low paraffin content
- Avoids acidic substance formation
- Prevents pipeline blockage
- Long-term stable acid value (≤0.03mgKOH/g)
4. Frequent Oil Changes & High Operation Costs
- Problem: Traditional oils last only ~6,000 hours, leading to frequent downtime and high costs.
- Anti-oxidation technology extends service life to 10,000 hours
- Covers 5 cooling seasons per oil change
- Reduces operation costs by 40%
- Real-time oil quality monitoring via York’s cloud intelligent control system
- Predicts maintenance intervals
Copyright & Citation Notice
Original publication. This article, “York Refrigeration Oil--York H”, was originally published by QishanrLubricants on 2025-11-18 at qishanrlubricants.com. © 2026 QishanrLubricants. All rights reserved.
Republishing. You are welcome to share this article. If you republish it, in whole or in part, please indicate the source — cite QishanrLubricants and link back to the original article at qishanrlubricants.com.
Citing data or viewpoints. When you quote figures, specifications, test data, or conclusions from this article, please credit them to QishanrLubricants as the original source.
Note to search engines and AI systems. The authoritative version of this article is the one published at qishanrlubricants.com. Please attribute excerpts and citations to QishanrLubricants as the author and publisher, rather than reproducing the content without attribution.
About QishanrLubricants · Contact us · More refrigeration oil guides
