CAN OPNER VALVE CT-341

Description

The CT-341 Can Opener Valve is a professional-grade, heavy-duty tool designed for tapping and dispensing refrigerant from disposable cans. Made from high-quality brass and hardened alloy steel, it provides exceptional durability and a tight, leak-proof seal to ensure safe and efficient operation.

With its ergonomic handwheel, the CT-341 makes it easy to pierce refrigerant cans and regulate flow smoothly, minimizing leakage and refrigerant waste. Built with precision threading and reinforced seals, it guarantees consistent performance for technicians who require a reliable, reusable solution in both workshops and field environments.

The CT-341 is compatible with most common refrigerants, including R22, R134a, R410A, and more, making it a versatile and essential tool for air conditioning and refrigeration servicing.

Key Benefits:

• Durable Build: Brass and alloy construction for long-lasting performance.

• Leak-Proof Design: Prevents refrigerant loss during charging.

• Ergonomic Handwheel: Provides easy piercing and smooth flow control.

• Reusable & Reliable: Built for repeated professional use.

• Wide Compatibility: Fits most disposable refrigerant cans.

Applications:

• Refrigerant can tapping and dispensing

• Air conditioning system charging/recharging

• Refrigeration system servicing and maintenance

• Ideal for HVAC workshops and field technicians

FAQs

1. Q: What makes CT-341 different from CT-338 and CT-340?
   A: CT-341 is a heavier-duty model with better durability and smoother operation.

2. Q: Can this opener valve be reused?
   A: Yes, the CT-341 is designed for long-term, repeated professional use.

3. Q: Is it compatible with all refrigerant cans?
   A: It fits most standard disposable refrigerant cans, including R22, R134a, and R410A types.

4. Q: Is the CT-341 suitable for both workshop and field use?
   A: Yes, its compact, robust design makes it perfect for both settings.

5. Q: Does it prevent refrigerant waste?
   A: Yes, its leak-proof construction ensures efficient transfer without loss.