M19x83-91 LARGE SPR T-BOLTCONST TENSION CLMP 301 SST

Part № CT00238ADD

Coating None
minimumbundlediameter 82.6
type-2 Screw
Request quantity

Technical details

Feature images are indicative only. Refer to technical drawing for final dimensions.

Box quantity

100

Comment

T-Bolt and Spring

MaximumBundleDiameter

90.4

MinimumBundleDiameter

82.6

Type

Screw

Coating View details

Features

Do you have any questions about this product?

Richard, our product expert on external threaded fasteners is ready to answer all your questions.

CT00238ADD

The M19x83-91 Large Spring T-Bolt Constant Tension Clamp, part number CT00238ADD, is an essential component for securing hoses in demanding applications. Sourced by Facil, this clamp is designed to provide reliable performance in environments where precision and durability are paramount. With its robust construction, it features a T-bolt and spring mechanism that ensures consistent tension, accommodating the dynamic conditions that hoses may encounter.

Crafted from high-quality 301 stainless steel, this clamp offers excellent resistance to corrosion and wear, making it suitable for automotive and industrial uses. The screw-type design allows for easy adjustment, ensuring a secure fit that maintains pressure and prevents leaks. Its capacity ranges from a minimum bundle diameter of 82.6 mm to a maximum bundle diameter of 90.4 mm, providing versatility for various hose applications.

Packaged in quantities of 100, this clamp is ideal for technicians and engineers who require dependable fastening solutions in large volumes. Whether used in vehicle cooling systems or other critical applications, the M19x83-91 clamp delivers peace of mind through its stable and resilient performance.

The clamp's design focuses on reliability and ease of use, allowing for straightforward installation even in tight spaces. Its adjustable tension feature compensates for temperature fluctuations and vibrations, maintaining a secure seal over time. This adaptability makes it an invaluable asset in maintaining the efficiency and safety of fluid transport systems.