MODENGY 1001

210 ML Can
200 G
520 ML
600 G Can
4.5 KG Pail

Anti-friction solid-film coating with molybdenum disulfide and graphite

It is used in sliding guideways of the machine tools, flat springs, threaded connection of the bus-based machine tools, splined joints of the equipment's driving shafts, matrixes, and punches of the bending equipment


MODENGY 1001 in action

Before
After
Applying MODENGY 1001 coating onto the fastening items at mounting the head of the engine cylinder block enables to prevent seizure, sticking, and scuffing, and thus, to provide easy following dismantling of the connections.
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Before
After
In order to make the tightening process easier, to provide protection against the scuffing and jamming, MODENGY 1001 anti-friction solid-film coating is applied onto the studs of the joint couplings. It creates a steady lubricating layer on the threaded elements that excludes direct contact between the metal surfaces.
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Before
After
MODENGY 1001 anti-friction solid-film coating forms a dry separating layer on the parts that excludes direct contact between the thread turns. Due to this, friction gets stable, mounting and dismantling of the connections makes easier, scuffing forming and thread galling are excluded, service lifetime of the nuts extends.
3 / 10
Before
After
In process of gun breech-block moving relative to the frame, severe friction arises between the parts leading to their premature wear.

To solve this issue, MODENGY 1066 and MODENGY 1001 anti-friction solid-film coatings are applied onto the pneumatic gun breech-block mechanism elements.
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Before
After
MODENGY 1001 creates a thin film that eliminates danger of direct contact between the metal surfaces of the adjusting screw elements of stainless steel. It provides smooth and accurate adjusting of the equipment for a long while.
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Before
After
A dry separating layer of this material prevents scuffing forming while unscrewing the connection, effectively protects the nuts against sticking, jamming, and seizures.
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Before
After

MODENGY 1001 is applied onto the turbine blade shank ends, and provide easy assembly and dismantle at maintenance or repairs. The advantage of this coating is easy method how to apply it

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Before
After

The feature of the threaded connections made of stainless steel for the cable inlets is unstable and high friction coefficient.

MODENGY 1001 forms a thin separating film on the thread surface which stabilizes friction, and thus, effectively solves the issue of thread galling and thread jamming.

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Before
After

The coatings forms a lubricating film on the lead screw surface, on which dust and other abrasive particles don’t stick on. This coatings enables to reduce significantly and stabilize friction coefficient, make motion more smooth which significantly extends service life of the gear, in general.

9 / 10
Before
After
The coating stabilizes friction, prevents thread galling, scuffing, jamming. It makes mounting and dismantling of the stainless steel threaded connections easier
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Additional expendable materials
and equipment

Advantages

  • Low friction coefficient
  • High load-carrying ability
  • Wide service temperature range
  • Workability in dusty environment
  • High adhesion
  • It prevents stick-slip motion
  • Long service life (dependent on the unit construction – durable lubrication)
  • It has properties of anti-emergency lubrication
  • It speeds up parts assembly with robots
  • It cures fast at room temperature
  • It is available in aerosol package

Features

  • It has a marked chalking effect at contact (solid lubricant particles transfer onto the mated surface)
  • It is intended to operate under conditions of dry friction in absence of other lubricating materials and technical liquids
  • It has high antiscuffing and lubricating properties
  • It is not intended for corrosion protection

Specifications

  • Colour: grey-black
  • Service temperatures range: -180 … +440 °С
  • Standard coating consumption: 100 g / m²
  • Cure temperature / time: +23 °С / 15 min

Applying the coating by your own

Use to prepare and clean the surface. Only it guarantees good adhesion

Keep shaking the aerosol can with the coating for at least 3 minutes after you hear tapping of a little ball inside it

Spray the coating from the aerosol can onto the surface to be treated from the distance of 20 to 30 cm

Let the coating dry for at least 10 min. at room temperature until opacity appears (it’s the interim air-drying stage)

Apply the second layer of the coating over the dried previous one, if necessary

Let the coating dry for at least 15 minutes at room temperature (it’s the final air-drying stage)

It is used in the following typical units

Sliding bearings, sliding guideways, tooth gears, cylinder-and-piston group, splined joints, and keyed connections, the other units with metal/metal friction pairs

Documents

Video

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