Sig Sauer HEXIUM 5.56mm INC Suppressor, 1/2×28, 5.9 in
The Sig Sauer HEXIUM 5.56mm INC suppressor is a direct-thread, hub-taper mount unit with a 3D-printed Inconel core, low back-pressure internal geometry, and a black Cerakote hexagonal exterior. It measures 5.9 inches overall and threads 1/2×28.
5 in stock
Description
The Sig Sauer HEXIUM 5.56mm INC suppressor is a compact, hub-taper direct-thread unit engineered for use with 5.56-caliber platforms. It features a 3D-printed Inconel core and an external hexagonal pattern with a high-temperature black Cerakote finish for durable handling. The suppressor employs low back-pressure internal geometries and a modular end cap accessory mounting system to support a range of configurations.
Key Specifications
- Designed for 5.56 mm calibers.
- Constructed with a 3D-printed Inconel core.
- Features a Hub Taper Direct thread attachment system.
- Thread pattern is 1/2×28.
- The overall length is 5.9 in.
- The exterior finish is Black Cerakote with a hexagonal pattern.
- Incorporates a low back-pressure internal design.
- Includes an end cap accessory mounting system.
- The outer diameter is 1.75 in.
- Classified as an NFA-type suppressor (silencer) under ATF records supplied.
Compact and purpose-built, the HEXIUM 5.56mm INC balances durability and modularity for shooters who require a short, robust suppressor with direct-thread mounting. Its additive-manufactured core and low back-pressure design prioritize reliable performance across compatible 5.56 platforms while the end cap accessory system expands adaptability for specific use cases. The exterior hex pattern and high-temp Cerakote finish provide a practical, non-reflective surface suited to regular field use.
Additional information
| UPC | 798681731688 |
|---|---|
| Manufacturer | SIG SAUER |
| Manufacturer Part Number | HEXIUM556INC |
| Length | 5.9000 |
| Thread Pattern | 1/2X28 |
| Caliber/Gauge | 5.56 |
| Product Type | Suppressor |
| Model | Hexium |
| Shipping Weight | 0.0 |
| ATF Type | Silencer |
| Style | Direct Thread |


