Perlick C14229B1 Tube 9/34" I.D Reinforced Poly
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- Tube
- 9/34" I.D
- Reinforced poly
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Perlick Corporation manufactures the C14229B1, a reinforced polyethylene tube with a 9/34" inner diameter. This tubing solution is ideal for applications requiring a durable and reliable fluid transfer component. Industries such as food service, healthcare, and laboratory settings benefit from its robust construction and chemical resistance.
Benefits
The Perlick C14229B1 tube offers enhanced efficiency, cost-effectiveness, and ease of use due to its reinforced polyethylene construction. This material provides superior durability and resistance to wear and tear, minimizing replacement costs and downtime.
The Perlick C14229B1 tubing provides long-lasting performance and reliability. For purchasing information, contact an authorized Perlick distributor.
Features
The C14229B1 tube is designed for optimal function, durability, and seamless integration into various systems. Its reinforced polyethylene construction ensures long-term performance and resistance to chemicals and other harsh environments.
The Perlick C14229B1 tube's robust features contribute to its overall reliability and performance. Contact a Perlick distributor for purchasing details.
Performance
The Perlick C14229B1 addresses the need for reliable fluid transfer in demanding environments. Its reinforced construction mitigates potential issues related to leakage and premature failure.
The C14229B1 ensures consistent and reliable fluid transfer, minimizing downtime and maintenance requirements.
Why Perlick C14229B1?
The Perlick C14229B1 serves various industries, including food service, healthcare, and laboratory settings. Its specific benefits cater to the unique needs of each sector.
In food service, the tube's sanitary properties and durability are essential for maintaining hygiene and efficient operations. In healthcare, its chemical resistance and reliability are crucial for various applications. Laboratory settings benefit from its ability to handle a range of fluids and withstand demanding conditions.
Product Description
Perlick Corporation manufactures the C14229B1, a reinforced polyethylene tube with a 9/34" inner diameter. This tubing solution is ideal for applications requiring a durable and reliable fluid transfer component. Industries such as food service, healthcare, and laboratory settings benefit from its robust construction and chemical resistance.
Benefits
The Perlick C14229B1 tube offers enhanced efficiency, cost-effectiveness, and ease of use due to its reinforced polyethylene construction. This material provides superior durability and resistance to wear and tear, minimizing replacement costs and downtime.
The Perlick C14229B1 tubing provides long-lasting performance and reliability. For purchasing information, contact an authorized Perlick distributor.
Features
The C14229B1 tube is designed for optimal function, durability, and seamless integration into various systems. Its reinforced polyethylene construction ensures long-term performance and resistance to chemicals and other harsh environments.
The Perlick C14229B1 tube's robust features contribute to its overall reliability and performance. Contact a Perlick distributor for purchasing details.
Performance
The Perlick C14229B1 addresses the need for reliable fluid transfer in demanding environments. Its reinforced construction mitigates potential issues related to leakage and premature failure.
The C14229B1 ensures consistent and reliable fluid transfer, minimizing downtime and maintenance requirements.
Why Perlick C14229B1?
The Perlick C14229B1 serves various industries, including food service, healthcare, and laboratory settings. Its specific benefits cater to the unique needs of each sector.
In food service, the tube's sanitary properties and durability are essential for maintaining hygiene and efficient operations. In healthcare, its chemical resistance and reliability are crucial for various applications. Laboratory settings benefit from its ability to handle a range of fluids and withstand demanding conditions.