RUPTURE PIN PRODUCTSHigh quality U.S. manufactured valves designed to meet many options encountered in the oil and gas industry. Where to Buy
Model IC Mud & Slurry Valve
The Model IC is an angle body valve that holds a bubble-tight, closed position until pressure reaches an exact set point. At set point, the pin buckles and the valve opens in milliseconds for immediate pressure relief to prevent pump, hose and system damage on mud and slurry pump systems – ideal for pulsating pressure.
- Set Pressure: 1,000-10,000 Psi (For other set pressures, contact Taylor Valve.)
- Accuracy: + / – 5%
- Connections: Standard and custom available.
- Seals: Available for high & low temperatures, HNBR standard. Drilling compatible seals.
- Standard Materials: Forged AISI 4130, Forged Body with stainless-steel trim. Other materials are optional.
- Forged AISI 4130, Forged body with stainless-steel trim. Other materials are optional.
Download brochure for complete details on the features, advantages, and benefits of the Model IC Mud & Slurry Relief Valve valve.
NOTE: Taylor Valve reserves the right to change product designs and specifications without notice.
The Model IC valve provides safety for a variety of pressure relief applications including but not limited to: mud, slurry, and fracing fluid relief. The valve relieves pressure to prevent pump, hose and system damage on mud and slurry pump systems – ideal for pulsating pressure. Use instead of nitrogen-assisted valves or ball & spring reset valves where you need greater accuracy and reliability. Our hydraulic fracturing and mud and slurry relief valve ranges are exceedingly popular in the Oil & Gas industry.
Valves can be equipped with a sensor option that allows for remote monitoring of the valves status.
Pin holders are a great way to keep replacement pins ready to go right on the valve for when you need them
Safety Pin Cage
Add a safety pin cage to protect against foreign objects from interfering with the operation of the pin.
Add a flush port to add the ability to clean out the inside of the valve.