Category | Usage Scenarios | Characteristics | Advantages | Disadvantages |
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Purity Level | Industrial adhesives, corrosion-resistant coatings | Industry: 98% purity | Ensures consistent chemical stability and strong bonding (ISO 9001) | Higher purity increases material cost by ~15–20% compared to industry standards |
| | Our Base: 99% (▲1%) | ▲1% purity reduces impurities, improving adhesive longevity | |
| | Our Advanced: 99.5% (▲0.5% over Base) | ▲0.5% further minimizes defects in high-precision applications | Premium pricing for advanced formulation |
| Chemical Resistance | Oil pipe anti-corrosion, chemical storage | Industry: Resists 20 chemicals (ASTM D543) | Protects against common corrosives like sulfuric acid and hydrocarbons | Limited to tested chemical exposures |
| | | Our Base: 30 chemicals (▲10) | ▲10 additional chemicals (e.g., acetone, ammonia) | Requires specialized storage for reactive chemicals |
| | | Our Advanced: 50+ chemicals (▲20 over Base) | ▲20+ resistance to aggressive solvents (e.g., ketones, esters) | Higher formulation complexity increases production time |
| Adhesion Strength | Vulcanized rubber bonding, machinery seals | Industry: 10 MPa (ASTM D412) | Meets baseline requirements for industrial adhesives | Risk of bond failure under extreme stress |
| | | Our Base: 12 MPa (▲2 MPa) | ▲2 MPa improves durability in dynamic environments | Slightly slower curing time |
| | | Our Advanced: 15 MPa (▲3 MPa over Base) | ▲3 MPa ensures reliability in high-vibration machinery | Requires precise temperature control during application |
| Thermal Stability | High-temperature machinery, automotive parts | Industry: 150°C (ASTM D648) | Operates safely in standard industrial environments | Degradation occurs above 150°C |
| | | Our Base: 180°C (▲30°C) | ▲30°C tolerance for furnace or engine components | Reduced flexibility at elevated temperatures |
| | | Our Advanced: 200°C (▲20°C over Base) | ▲20°C extends use in extreme thermal cycling (e.g., aerospace) | Requires reinforced substrates for optimal performance |
| Corrosion Resistance | Marine pipelines, offshore equipment | Industry: 200 hours salt spray (ASTM B117) | Prevents rust in moderate marine environments | Ineffective against prolonged seawater exposure |
| | | Our Base: 300 hours (▲100 hours) | ▲100 hours extends lifespan in coastal regions | Requires primer for aluminum surfaces |
| | | Our Advanced: 500 hours (▲200 hours over Base) | ▲200 hours withstands deep-sea or tropical humidity | Higher cost for advanced corrosion inhibitors |
| Application Versatility | Cross-industry adhesives, coatings | Industry: 3 primary applications (e.g., adhesives, coatings) | Flexible for basic manufacturing needs | Limited to standard use cases |
| | | Our Base: 5 applications (▲2) | ▲2 additional uses (e.g., insulation, gaskets) | Requires training for multi-use scenarios |
| | | Our Advanced: 8+ applications (▲3 over Base) | ▲3+ expands to aerospace and medical-grade uses | Customization may delay project timelines |