Thread lockers

Cotronics^® offers a range of Resbond^® 907TS thread lockers. This single-component product is a gel so does not drip. It secures nuts and threads, seals piping, and reduces and absorbs vibrations.

This product meets your most demanding specifications when it comes to sealing and is very easy to use: just apply it to the relevant parts and leave it to work.

The material contains no organic binders that can be destroyed by heating. It can be used up to around 1100 °C. It is used in boilers, boilers, tanks, heat exchangers, chemical reactors, and more.

This is a mildly hygroscopic liquid product. Hardening occurs at room temperature through a chemical reaction. If you are in a hurry, you can accelerate its preparation by heating it (maximum 80°C).

It polymerises at room temperature and forms electrically insulating joins that are chemically resistant and stable at high and low temperatures: it withstands between -180°C and 1100°C. Even at these extreme temperatures, it does not decompose, and retains its adhesive and securing capabilities.

Specifications of Resbond® 907TS

Instant adhesion
Economical
Polymerises at room temperature
Stable at high temperatures up to 1100°C
Strong adhesive power
Electrical insulation
Corrosion-resistant

Packaged in a 120 g applicator bottle, it is waste free and one bottle can contain more than 2,000 applications. It adheres perfectly to metals, glass and ceramics. It penetrates the smallest porosity and ensures excellent electrical insulation. Ideal for securing nails, rivets, nuts, pipes, threads, and more.

Applications of Resbond® 907TS

907TS Green: Small screws, tight fits, very low clearance, instrumentation
907TS Blue: Medium screw, bolts, pipe threadings
907TS Red: Large screw, piping, dowels, bearings
907TS Gold: Difficult applications, flanges, nuts, piping, bolts

Technical data of Resbond® 907TS

Resbond® 907TS		Green	Blue	Red	Gold
Max T°	°C	1100	1100	1100	1100
Viscosity	cps	2000	4000	3000	12 000
Shear strength	MPa	2.55	2.76	3.1	3.45
Breaking torque	N.m	27	30	31	24
Gap fill	mm	0.076	0.127	0.254	0.762

Attachments

Cotronics® - Thread Lockers (222.60k)

Technical data sheet: Cotronics® Thread Lockers.

Resbond® 907TS single-component threadlocker

Cotronics Resbond® 907TS is a HT threadlocker . Cotronics offers 4 different types in its range to suit different applications. They are chemically resistant and cure at room temperature. It is available in different colours: 907TS Green: Small screws, tight fit, very low clearance, instrumentation 907TS Blue: Medium screws, bolt, pipe threading 907TS Red: Large screws, piping, studs, bearings 907TS Gold: Difficult applications, flange, nut, pipe, bolt Each variant can be purchased separately (120 mL). There are also trial kits available: the 907TS-TK kit includes all four variants (Green, Blue, Red, and Gold) in 14 mL bottles, and the 907-TKR kit contains four Red 907TS bottles of 30 mL each. Please contact us for more information.

Full description

FAQs that can help you in this category

What high-temperature coating solutions are available to improve the corrosion resistance of metal parts?

Final Advanced Materials' Duralco high-temperature paints provide improved resistance to corrosion and adverse weather. The choice of paint will depend on the usage conditions and the material of the medium requiring protection. When the surface has been descaled, derusted, cleaned and degreased you can apply the paint using a brush or spray gun. Specifically: 2 thin layers are preferable to 1 thick layer.

If you require thermal resistance up to 650°C in a humid and/or saline atmosphere, the aluminium-based paint produced Final Advanced Materials offers would be a great solution. However, if the temperature requirement does not exceed 800°C, the Duralco 230 paint, which is stainless steel-loaded, would be more effective.

What are the advantages of ceramic coatings for preventing the adhesion of molten metals?

The ceramic coatings (BN or graphite) offered by Final Advanced Materials have low surface energy, which limits the adhesion of molten metals (Al, Zn, Cu, etc.). They reduce wetting and facilitate stripping. Their thermal stability and their chemical inertia improve the lifetime of the tools used. They also reduce metal contamination and wear of tools.

The coatings' maximum working temperature will depend on the gaseous environment. Temperature stability is limited to 450°C for graphite and 850°C for boron nitride in air or an oxidising atmosphere, and to over 1,000°C in a vacuum or inert gas.

How to apply a boron nitride coating (BN) with an aerosol spray?

The BN coatings offered by Final Advanced Materials can be applied with a spray, a brush or by dipping. Surface preparation (degreasing, roughness Ra 1.6–3.2 µm) is essential to provide a better adhesion. Drying is carried out at ambient temperature. The typical thickness is 10 to 50 µm. The thinnest possible layers should be used for application. Let each layer dry fully before applying a new one. If a layer is too thick it will have a lower resistance, and a higher risk of delamination or cracking. BN provides excellent thermal stability (as high as 800/900°C in air and 1,800°C in a vacuum or inert gas).

Does a surface coating limit hot glass marking?

The anti-adhesion coatings offered by Final Advanced Materials provide very effective results in the glass industry. Applying a boron nitride-based product will result in a very low surface energy, an anti-adherent effect, high chemical inertia for silicate glasses, and high temperature resistance (≈ 900°C in air and up to 1,800°C in a controlled atmosphere). This coating will lead to a reduction in adhesion, decreased material transfer, and minimal surface marking.