AIGI Environmental Inc.

AIGI 22SC Silicone-Core High-Temperature Packing

AIGI 22SC is a high-purity carbon-fibre gland packing built around a single resilient silicone-rubber core. The elastic core gives the braid better memory, letting it follow radial shaft motion and vibration while keeping leakage under control. It is designed for high-temperature pump and valve applications.

Product Benefits

  • Resilient core memory: The silicone core lets the packing spring back instead of taking a permanent set, so it maintains excellent leakage control with minimal gland adjustment.
  • Less maintenance: Fewer maintenance visits to the stuffing box are needed, and the packing is genuinely easy to use.
  • Protects the equipment: Consistent, moderate gland load protects the machine: 22SC controls leakage effectively while drastically reducing shaft damage.
  • High-temperature fibre: The heat-resistant, high-strength, high-purity fibre keeps performing at temperatures that defeat ordinary packings.

Where It's Used

  • Hot pumps and valves: 22SC is intended for high-temperature pumps and valves handling steam, water, solvents, acids and alkalies.
  • Wide pH tolerance: Its broad pH range makes it suitable for a wide spread of process media from a single stock item.
  • Rotating and reciprocating: It serves rotating shafts at high surface speeds as well as reciprocating equipment.
  • Higher valve pressures: On valve stems it withstands substantially higher pressures than in pump service.

Good to Know

  • Black single-core braid: The black braid combines carbon and graphite fibre with a single silicone-rubber core.
  • State the duty: Rated pressure depends on the motion involved (valves tolerate far more than rotating pumps), so state the duty when selecting.
  • Multi-core upgrade: For equipment with more extreme radial motion or heavy vibration, the multi-core AIGI 22MSC offers even more resilience.
  • Natural default choice: The single-core 22SC is the natural pick for typical high-temperature duties with moderate shaft movement.