Polyether PAG type high-temperature chain oil additive package UNP HC605B

Description

What is Polyether PAG Type High-Temperature Chain Oil Additive Package UNP HC605B?

The Polyether PAG (Polyalkylene Glycol) Type High-Temperature Chain Oil Additive Package UNP HC605B is a specialized lubricant formulation designed to enhance the performance of chain oils in high-temperature environments. It likely consists of a blend of polyether-based PAG synthetic base oils combined with a tailored additive package to provide superior lubrication under extreme thermal conditions.

Features of Polyether PAG Type High-Temperature Chain Oil Additive Package UNP HC605B

High Thermal Stability: Withstands temperatures potentially exceeding 250℃, resisting thermal breakdown and maintaining lubrication effectiveness.

Oxidative Resistance: Contains additives (e.g., antioxidants) to prevent degradation and sludge formation, even under prolonged heat exposure.

Excellent Lubricity: Provides superior film strength and reduces friction and wear on chain components, thanks to PAG's inherent lubricating properties and possible EP (extreme pressure) additives.

Low Volatility:Minimizes evaporation at high temperatures, ensuring consistent lubrication and reducing oil consumption.

Minimal Carbon Residue: Designed to leave soft, manageable residues rather than hard, sticky deposits, keeping chains clean and operational.

Viscosity Index: High VI ensures stable viscosity across a wide temperature range, enhancing performance in fluctuating conditions.

Corrosion Protection: Likely includes inhibitors to shield metal surfaces from rust and corrosion, even in humid or chemically aggressive settings.

Water Tolerance: PAG's ability to handle moisture (whether water-soluble or insoluble, depending on formulation) prevents emulsification issues in some environments.

These characteristics make UNP HC605B a robust choice for demanding chain lubrication tasks.

Applications of Polyether PAG Type High-Temperature Chain Oil Additive Package UNP HC605B

This additive package would be suited for industrial applications where chains endure high temperatures and mechanical stress.

Textile Manufacturing: Lubricating chains in stenter machines or drying ovens (e.g., 200℃–280℃).

Food Processing: High-temperature oven chains in baking or roasting, especially if food-grade certification (like NSF H1) is part of its design.

Wood and Paper Industries: Chains in kilns or presses for plywood or particleboard production, often exceeding 250℃.

Glass and Ceramics: Conveyor chains in annealing or curing processes under intense heat.

Automotive Production: Chains in paint curing ovens or heat treatment lines.

General Industrial Chains: Any high-speed or heavily loaded chain systems in ovens, furnaces, or heat-intensive machinery.

How to Select a Polyether PAG Type High-Temperature Chain Oil Additive?

Choosing a product like UNP HC605B involves aligning its properties with your application's needs. Here's a practical selection guide:

Temperature Requirements: Assess the maximum and continuous operating temperatures of your chains. Select an additive package rated 20℃–30℃ above your peak temperature (e.g., for 260℃, aim for 280℃–300℃ stability).

Load and Speed: High mechanical stress demands strong anti-wear and EP properties. Confirm the package's ability to handle your chain's load and speed profile.

Base Oil Compatibility: Ensure the PAG type (water-soluble or insoluble) matches your system's needs and any existing base oil. Polyether PAGs may not mix well with mineral oils, so check solubility if blending or transitioning.

Environmental Conditions: If moisture, dust, or chemicals are present, prioritize corrosion resistance and residue behavior (soft vs. hard deposits). For eco-sensitive areas, consider PAG's biodegradability.

Application Method: Match the lubricant's viscosity and additives to your delivery system (e.g., spray, drip, or brush). PAGs often excel in adhesion or penetration, depending on formulation.

Performance Data: Review technical specs like evaporation rate, oxidative stability, and wear test results (e.g., four-ball test) from the manufacturer to ensure reliability.

Safety: Verify the flash point exceeds your operating temperature to avoid fire hazards, a strength of PAG-based oils.

Cost and Availability: Weigh performance benefits (e.g., reduced downtime) against price, ensuring supply aligns with your maintenance schedule.

Techspecs

Appearance:Light Brown, clear Liquid

Composition:Combination of phosphorus-sulphur compounds with oxidation and corrosion inhibitors etc. additives

Sulfur:32%,wt

Phosphorus:0.5%,wt

Nitrogen:0.5%,wt

Viscosity,40℃, mm²/s:60

Density,20℃, kg/m³:1000