Industrial Lubricant Additive Packages
High-temperature chain oil additive package UNP HC605A
High - temperature chain oil additive package UNP HC605A is designed to meet the rigorous demands of high - temperature chain operations. It is an additive package specifically formulated for high - temperature chain oils, endowing them with excellent high - temperature stability, remarkable anti - oxidation performance, and superior anti - wear and anti - corrosion properties. This ensures smooth chain movement, minimizes chain stretching and breakage, and extends the service life of chains even under the harsh and continuous high - temperature working conditions of various industries such as steelmaking, glass manufacturing, and automotive manufacturing where chains are exposed to extreme heat and mechanical stress.
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
Description
What is High-Temperature Chain Oil Additive Package UNP HC605A?High-temperature chain oil additive packages like UNP HC605A are typically blends of chemical additives combined with base oils (often synthetic) to create lubricants capable of withstanding elevated temperatures while maintaining effective lubrication. These packages are engineered to improve the thermal stability, oxidation resistance, and wear protection of chain oils used in industrial applications such as conveyors, ovens, or machinery operating under heat stress.
Features of High-Temperature Chain Oil Additive Package UNP HC605A
Thermal Stability: Designed to resist breakdown at high temperatures, potentially up to 250℃–300℃ or more, depending on the formulation.
Oxidation Resistance: Contains antioxidants to prevent the oil from thickening or forming sludge over time under heat exposure.
Anti-Wear Properties: Includes extreme pressure (EP) and anti-wear agents to protect chain components like pins, rollers, and bushings from friction and wear.
Low Evaporation Loss: Formulated to minimize oil loss at high temperatures, extending lubrication intervals and reducing maintenance needs.
Corrosion Protection: Likely incorporates rust and corrosion inhibitors to safeguard metal surfaces in humid or harsh environments.
Minimal Residue Formation: Engineered to leave soft, dissolvable residues rather than hard, lacquer-like deposits that could clog chains.
Viscosity Stability: Maintains consistent lubrication across a range of temperatures due to a high viscosity index.
These features would make UNP HC605A suitable for prolonged use in extreme conditions without compromising performance.
Applications of High-Temperature Chain Oil Additive Package UNP HC605A
High-temperature chain oil additive packages like UNP HC605A are typically used in industries and equipment where chains operate under significant heat.
Textile Industry: Lubricating tenter frame chains in ovens or dryers operating at 200℃–280℃.
Wood Processing: Chains in particleboard presses or drying kilns where temperatures exceed 250℃.
Food Industry: High-temperature bakery oven chains, especially if it's formulated to meet food-grade (e.g., H1) standards.
Glass and Insulation Manufacturing: Conveyor chains in high-heat environments like glass wool or plasterboard production.
Automotive and Metalworking: Drive chains or conveyors in curing ovens or heat treatment processes.
General Industrial Use: Any application involving roller chains, bearings, or pins exposed to continuous or intermittent high temperatures.
Its specific applicability would depend on the temperature range and additive chemistry tailored by the manufacturer.
How to Select a High-Temperature Chain Oil Additive?
Selecting a high-temperature chain oil additive package like UNP HC605A involves evaluating your operational needs against the product's capabilities.
Determine Operating Temperature Range: Identify the minimum, maximum, and average temperatures your chains will encounter. Choose an additive package rated for at least 20℃–30℃ above your maximum to ensure a safety margin (e.g., if your chains run at 250℃, look for a product stable up to 280℃).
Assess Load and Speed Conditions: High loads or speeds require enhanced EP and anti-wear properties. Confirm the additive package can handle your chain's mechanical stress.
Check Base Oil Compatibility: Ensure the additive works with your preferred base oil (e.g., synthetic esters, polyalphaolefins, or polyol esters) and matches viscosity requirements at operating temperature.
Evaluate Environmental Factors: If the environment is humid, dusty, or involves food contact, select a package with corrosion inhibitors, low residue, or food-grade certification as needed.
Consider Application Method: Verify compatibility with your lubrication system (e.g., drip, spray, or manual application). Some additives enhance penetration or adhesion, which may matter depending on how you apply the oil.
Review Performance Specs: Look for data on evaporation loss, oxidation stability, and residue characteristics (often provided via TGA tests or four-ball wear tests). Lower evaporation and soft residues are critical for high-temperature use.
Safety Considerations: Check the flash point of the final lubricant to ensure it exceeds your operating temperature to avoid fire risks.
Cost vs. Performance: Balance the additive's benefits (e.g., longer relubrication intervals) against its cost, especially for continuous operation.
Techspecs
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
