Three Bond 1327 - Anaerobe Klebedichtung - 50 g Flasche

Three Bond 1327 - Anaerobic Sealant (50 g) Overview

The Three Bond 1327 is an Anaerobic Sealant based on Methacrylate in red, available in a 50 g bottle. Thanks to its thick, viscous consistency, it can be applied precisely to mating surfaces and threads up to M40 and seals connections reliably. The seal adapts to uneven surfaces and boasts high chemical and thermal resistance.

In practice, the system enables a robust, permanent seal even under demanding operating conditions according to the stated parameters.

Suitable for mating faces and threads

Mating faces up to M40

The adhesive sealant reliably seals mating faces up to M40 and adapts to irregularities, creating a uniform seal.

Threads up to M40

For threads up to M40, it provides reliable sealing, reduces leaks and enables a permanent connection.

Technical data of Three Bond 1327

• Main component: Methacrylate
• Color: Red
• Viscosity at 25 °C: approx. 2500 mPa·s
• Density at 25 °C: approx. 1.11 g/cm³
• Temperature range: -60 to 150 °C
• Shelf life: 12 months
• Functional strength: approx. 50 h
• Compression/Shear strength: approx. 20–30 MPa
• Subsequent torque: 20–25 N·m
• Breakaway torque: 20–30 N·m
• Final strength (after curing): approx. 24 h
• Optimal joint tolerance: 0.02–0.05 mm
• Max. joint tolerance: 0.5 mm

Properties & Benefits

The combination of Methacrylate and the thick consistency yields a seal that conforms to surfaces and reliably seals connections. The broad temperature range makes it suitable for use under varying conditions. The red color coding facilitates assembly checks and quick identification of the seal in assemblies.

Processing & Practice

• Thoroughly clean and degrease surfaces.
• Apply the adhesive sealant evenly onto mating faces or threads up to M40.
• Join the components and apply brief mounting pressure; then wait for curing.

Material & Structure

Construction and function are based on Methacrylate, which creates a robust, chemically resistant seal and conforms well to surfaces.