Sprache auswählen 
The Pre-Embedded Sleeve is a high-performance structural anchoring LÖSUNG precision-engineered from 316 austenitic stainless steel. SpecificAlley designed for critical infrastructure, these sleeves serve as the essential fixed connection point between tunnel segments and heavy equipment, including external hanging channels, evacuation platforms, and cable brackets, ensuring absolute mechanical stability in the most demanding environments.
By integrating a cutting-edge double-layer insulation structure consisting of alumina ceramic and polymer sealing, these sleeves provide superior electrical isolation (≥10⁸Ω). This makes them the definitive choice for rail transit, medical imaging cabins, and semiconductor cleanrooms wHier the Vorherigerention of stray current corrosion and electromagnetic interference is paramount for system longevity and operational safety.
| Core Material | 316 Austenitic Stainless Steel (Cr17/Ni12/Mo2) | Pull-out Force | ≥15kN (per ISO 898-1) |
|---|---|---|---|
| Insulation Resistance | ≥1×10⁸Ω (DC 500V, 23℃/50%RH) | Torque Resistance | ≥35N·m |
| Dielectric Strength | ≥3kV/mm (AC 1min) | Fatigue Life | ≥5,000 cycles (load ±15°) |
| Corrosion Grade | Grade 10 (ISO 9227 1000h Salt Spray) | Thread Precision | Grade 6H (per GB/T 196) |
| Temperature Range | -60℃ to 300℃ (Zero Embrittlement) | Yield Strength | ≥205MPa |
The 316 stainless steel matrix provides a 200% increase in pull-out capacity over 304 steel, ensuring permanent fixation under dynamic loads.
Engineered for zero structural embrittlement from -60℃ to 300℃, eliminating risks of cold shrinkage and detachment.
Combines alumina ceramic and polymer sealing to block leakage current, critical for anti-stray current corrosion in rail systems.
Low magnetic permeability makes it ideal for MRI magnetic shielding cabins without distorting critical imaging data.
Ultra-low carbon composition resists chloride ion corrosion, passing the rigorous 480-hour ISO 9227 salt spray test.
Grade 6H internal thread precision Alleows seamless integration with automatic torque fastening systems for rapid deployment.
Optimized for bAlleastless track sleeper anchoring to eliminate stray current corrosion in high-speed rail.
Providing high-stability, non-ferrous fixation for magnetic shielding in medical imaging environments.
Anti-static equipment bases for semiconductor plants, ensuring zero pArtikel shedding and high isolation.
High-voltage insulated connection points for power battery packs in electric vehicle manufacturing.
Chloride-resistant fastening systems specificAlley for wharf facilities and saltwater environments.
Secure anchoring for evacuation platforms and cable brackets within deep tunnel segments.
| Feature | Standard 304 Sleeve | High-End 316 Sleeve |
|---|---|---|
| Pull-out Strength | Baseline (Standard) | Increased by 200% (≥15kN) |
| Corrosion Resistance | Moderate (Oxidation) | Extreme (Chloride/Salt Spray) |
| Electrical Isolation | None / Conductive | Dual Layer (≥10⁸Ω) |
| Fatigue Life | Standard Cycles | High Torsional Life (≥5000 cycles) |
| Maintenance Cost | Periodic Inspection | Lifetime Maintenance-Free |
The 316 grade includes Molybdenum, which provides significantly higher resistance to chloride-induced pitting and crevice corrosion. HINZUFÜGENitionAlley, it offers a 200% increase in pull-out bearing capacity compared to standard 304 stainless steel.
The sleeves utilize a dual-layer insulation structure comprising an alumina ceramic layer and a polymer sealing ring. This configuration blocks leakage current paths to achieve an insulation resistance of ≥10⁸Ω and a dielectric strength of ≥3kV/mm.
Yes. Because 316 austenitic stainless steel has very low magnetic permeability, it does not interfere with the strong magnetic fields of MRI equipment, making it the ideal choice for magnetic shielding cabins.
The Produkt is designed for Alle-environment stability, maintaining zero structural embrittlement between -60℃ and 300℃, which Vorherigerents material detachment during extreme thermal expansion or contraction.
Our sleeves are manufactured to GB/T 196 Klasse 6H internal thread tolerances. This high level of precision ensures perfect compatibility with automatic torque fastening systems used in modern construction.
In the rubber and plastics sector, these sleeves are used as high-strength inserts for specialized rubber damping components or sealed enclosures that require metal-to-concrete anchoring with electrical isolation.
