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Specification

For high-strength connection of cylindrical parts subject to high loads

Reliable hardening at low temperatures around 0u00b0C.

A reliable aid, even in winter.

Maximum gap-filling power of 0.15 mm

Even very large deviations can be corrected without significant expense.

Prevents frictional corrosion

The bearings will not seize up.

Resistant to a large number of bases, gases, solvents, oils and fuels

Notice

Caution:

The following plastics can be affected in the event of prolonged exposure: ABS, celluloid, polystyrene, polycarbonate (Macrolon), PMMA (Plexiglas), polysulfone, SAN (lurane, Tyril), Vinidur, vulcanised fibre and painted surfaces. We always recommend that you conduct your own tests.

The usage instructions are recommendations based on the tests we have conducted and our experience; carry out your own tests before each application. Due to the large number of applications and storage and processing conditions, we do not assume any liability for a specific application result. Insofar as our free customer service provides technical information or acts as an advisory service, no responsibility is assumed by this service except where the advice or information given falls within the scope of our specified, contractually agreed service or the advisor was acting deliberately. We guarantee consistent quality of our products. We reserve the right to make technical changes and further develop products.

Application

For high-strength securing of bushings, sleeves, gearwheels, bolts, bearings, shaft and hub connections that are exposed to high loads.

Automotive and commercial vehicle industry, metal and tool manufacturing, shipbuilding, machine and engine construction, electrical and electronics construction.

Instructions

The surface should be free of oil, grease and other contaminants. Degrease with Wu00fcrth brake cleaner. Excessive adhesive that is pressed out of the gap between the two parts will not harden and can be removed with a dry cloth or a cloth saturated with acetone cleaner.

Anaerobic adhesives are solvent-free reaction adhesives. They harden when not exposed to atmospheric oxygen (anaerobic) and when subjected to the catalytic effect of metal. This means that at least one of the parts to be connected has to be of metal and that the surface of the parts to be connected has to be large enough to exclude oxygen. For this reason, the containers are also only filled to approx. 3/4 full.

The more "passive" the material and the thicker the gap, the slower the material hardens

Passive materials: nickel, zinc, tin, precious metals, aluminium with minimal copper and/or manganese content, high-alloy steel, oxide or chromate coats, plastic, glass and ceramic.
Active materials: Steel, brass, bronze, copper, aluminium (copper content greater than 1%).

Technical information

Chemical basis	Methacrylic acid ether
Colour	Green
Density	1.07 g/cmu00b3
Suitable for max. thread	M12
Max. gap-filling ability	0.15 mm
Min./max. initial strength	5-10 min
Min./max. functional strength	30-40 min
Min./max. final strength	3-6 h
Min./max. viscosity /conditions	100-150 mPas / at 25u00b0C, Brookfield RVT, spindle 4/20 rpm
Min./max. compressive shearing strength	18-26 N/mmu00b2
Compressive shearing strength conditions	in accordance with DIN 54452
Min./max. processing temperature	5 to 35 u00b0C
Min./max. temperature conditions	-55 to 150 u00b0C
Min. flashing point	90 u00b0C
Shelf life from production/conditions	12 Month / at room temperature
Weight of content	250 g

Suitable glove:

Neoprene chemical protective glove

Permeation level: 4

Heavy-duty design

Permeation is the process by which a chemical moves through the material of a protective glove on a molecular level. The time from the initial contact between the chemical and the glove to the permeation of the material is the breakthrough time.

Measured breakthrough time	Permeation level
< 10 min	0
u2265 10 min	1
u2265 30 min	2
u2265 60 min	3
u2265 120 min	4
u2265 240 min	5
u2265 480 min	6

Important information:

The information given is based on experience and laboratory conditions and is designed as a guide. However, the actual suitability of a glove depends on the individual conditions of its use and must be confirmed by an appropriate test under operational conditions. Given the variety of materials and chemicals used, the possibility of incompatibility or usage problems for the wearer cannot be excluded in individual cases. We would be happy to advise you about optimum solutions.

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