Custom Silicone Sealing Solutions for Industrial & Automotive Applications
Engineered silicone sealing components designed for long-cycle durability, oil resistance, thermal stability, and precision-fit industrial assemblies. Delivering micron-level tolerances directly from our tool-to-part manufacturing shop.

Technical Matrix & Operational Specifications
Quick Engineering Snapshot
| Capability / Parameter | Engineering Specification | Primary Material & Process Options |
| Hardness Range | 20 to 90 Shore A | Custom VMQ / EPDM |
| Precision Tolerances | Down to ±0.05 mm | High-Consistency Rubber (HCR) / Liquid Silicone (LSR) |
| Operating Temperature | -60°C to +250°C Continuous | Special compounding for cryogenic/ultra-high heat |
| Tooling Lead Time | 7 to 14 Business Days | Rapid T1 Soft Tooling & Prototype Injection Molds |
| Manufacturing Process | Compression / LSR Injection / Overmolding | In-house tool making with 100% automated CCD vision QC |
Reliable Sealing Performance
Precision Sealing Components & Washers
Industrial Cable & Connector Protection
Designed for industrial cable routing, connector protection, and outdoor electronic sealing applications.
Thermal & Chemical Resilience Seals
Advanced Silicone Overmolding for Industrial Assemblies
Direct bonding of silicone onto metal and rigid plastics for waterproof interfaces, anti-slip gripping, vibration damping, and integrated sealing performance.
Silicone Overmolded Hardware Component
High-strength direct injection bonding of silicone elastomers onto stainless steel, brass, aluminum, or rigid engineering plastic inserts. By utilizing automated surface plasma treatments and high-temperature chemical primers, we guarantee a molecular-level bond with zero delamination risk. Eliminates secondary downstream manual assembly steps while ensuring 100% hermetic isolation at the material interface.

Engineering Integration Capabilities
We support advanced structural silicone engineering for industrial sealing systems requiring multi-material integration and functional surface design. Used in precision sealing systems requiring structural integration, environmental sealing, and multi-material bonding.
FAQ
Q1: How do you control dimensional consistency and eliminate flash for precision sealing parts?
Ans: We control dimensional consistency by utilizing advanced multi-cavity tool balancing, optimized cold runner venting structures, and strict PLC curing parameters. This minimizes flash and batch-to-batch dimensional variation, strictly maintaining compliance with ISO 3302-1 M1/M2 precision standards.
Q2: What silicone materials do you commonly recommend for industrial sealing applications?
Ans: For most industrial sealing projects, we primarily recommend high-performance VMQ silicone compounds due to their excellent thermal stability, weather resistance, elasticity, and long-term sealing reliability. Depending on the operating environment, we can also optimize material hardness, compression set performance, and tear strength to support applications involving dustproofing, waterproofing, vibration isolation, and outdoor exposure.
Q3: What is your capability regarding low compression set performance?
Ans: We custom-formulate post-cured silicone elastomers that optimize cross-linking density, achieving a low compression set of under 15% under prolonged mechanical compression and high-temperature testing. This prevents material relaxation and guarantees zero leakage over long lifecycles.