Metals and Minerals
Mining Water Treatment
Operating a safe process in harsh conditions is critical to productivity and profits. From water level monitoring and treatment to recycling, we have the right solutions for highly reliable measurement and control.
- ATEX, CE, UL, FM approved Intrinsically Safe and Explosion/Flame-proof
- Alarm, shutdown and control functionality
- Non-clogging, corrosion resistant engineered assemblies
Mine and Excavating
When vehicle performance and productivity are critical, you need highly accurate and reliable instruments to prevent premature failure. From load weighing to position and hydraulics, we have the right solutions.
With product purity and profitability at risk, separation and chemical processing operations require durable gauges for precise pressure monitoring. We have the right solutions.
- CASE (Critical Applications Solution Experts)
- Corrosion-resistant materials of construction
- Positive Material Identification (PMI)
- Mining Water Treatment
- Mine and Excavating
- Extractive Metallurgy
Metals and Minerals
Damage control, before it happens...
At Ashcroft, our focus is to protect lives and livelihoods by producing specialized products to counter the hazards that you face every day. With years of experience in critical applications, our reputation for safe, rugged and reliable pressure instruments has been earned one customer at a time.
Our experience with hazardous environments and destructive processes has led to purpose-built pressure instruments for installations where interaction with explosive gases or corrosive media is routine. Even the pressure of slurries that will likely clog a gauge or switch can be easily measured through an isolation ring, ensuring an uninterrupted process flow along with continuously accurate measurements.
With the help of our able technical support, you can confidently monitor your processes with instruments that will keep your people safe and your operation productive. Just call CASE at 1-800-328-8258 to tell us about your application.