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Antistatic renovation paint - Static Guard 50-30 ESD
Antistatic renovation paint - Static Guard 50-30 ESD
Antistatic renovation paint - Static Guard 50-30 ESD
Antistatic renovation paint - Static Guard 50-30 ESD
Antistatic renovation paint - Static Guard 50-30 ESD
Antistatic renovation paint - Static Guard 50-30 ESD

Antistatic renovation paint - Static Guard 50-30 ESD

Static Guard 50-30 ESD is a specialized, polyurethane anti-static paint designed for use as:

  • an additional, matte ESD finish coat when installing new antistatic floors in the Static Guard 30-52 AS, which enhances the system’s compatibility with most types of ESD footwear,
  • anti-static renovation paint for existing ESD and conductive floors that require refreshing, improvement of performance parameters, or restoration of conductive properties.

Static Guard 50-30 ESD anti-static paint is characterized by very good conductive properties—surface resistance of 0.09–0.15 × 106 Ω (95–150 kΩ).

It has been tested for use on antistatic and ESD floors in accordance with IEC 61340. It has high resistance to mechanical and chemical stresses. It forms a resin floor meeting the EN 13813 standard: SR-B1.5-AR1-IR4.

Static Guard 50-30 ESD anti-static renovation paint is ideal for use, among other places, in production areas of the electronics and printing industries, in the automotive industry, in laboratories, operating rooms, etc.

Static Guard 50-30 ESD anti-static renovation paint allows for a silky-matte finish with good washability on an antistatic floor, while maintaining its ESD function and supporting the stable dissipation of electrostatic charges from the usable surface.

Coverage: 0.06–0.18 kg/m2 per coat

More information about Static Guard 50-30 ESD anti-static renovation paint.

Colour

RAL 7040 ash pyrite

  • RAL 7040 ash pyrite

Packaging

Finishing

zł1,082.40 brutto

zł880.00 netto

zł282.61 brutto za 1 kg

Note!

Static Guard 50-30 ESD is used as a topcoat for the Static Guard 30-52 AS system or for the renovation of existing ESD floors. The product is not intended for creating a new antistatic floor on a standard substrate as a standalone solution.

Key properties:

Conductive properties

  • very good conductive properties,
    surface resistance Ru 0.09 - 0.15 × 106Ω (95 - 150 kΩ),
  • tested for use on antistatic and ESD floors,
    in accordance with IEC 61340.

Resistance

  • high resistance to mechanical loads,
  • increased resistance to household chemicals,
    (mechanical and chemical resistance depends on the antistatic system used).

Aesthetics

  • silk matt finish,
  • increased resistance to dirt and good cleanability,
    (note: gloss floors offer better cleanability),
  • excellent flow and levelling properties,
    helping to avoid roller marks during application.

Safe application

  • water-thinnable product,
    safe to apply,
  • solvent-free,
    the product is non-flammable during application.

Application

  • floors in the electronics and printing industries, e.g. in the production of printed circuit boards,
  • floors in the chemical industry, laboratories, and operating theatres,
  • floors in the automotive industry, floors for car factories and paint shops,
  • floors for computer rooms, etc.

Systems:

System type: System per m2: Coating thickness: Cost per m2:
Static Guard 30-52 AS + 50-30 ESD System

A complete antistatic and ESD system for creating a new conductive floor with an additional matt topcoat that increases the system’s compatibility with most types of ESD footwear.
  • application with a squeegee/roller,
  • thickness approx. 2 mm.
1-2 x 0.25 kg of HeavyBond 30-33 primer
+ 0.25 lm of NX1106 copper tape
+ 1-2 x 0.15 kg of Static Guard 30-11 AS conductive resin
+ 2 kg of Static Guard 30-52 AS antistatic flooring
+ 2 x 0.1 kg of Static Guard 50-30 ESD antistatic paint
approx. 2 mm check the cost
Static Guard 50-30 ESD Renovation System

A system for renovating existing, functional antistatic and ESD floors using a matt, conductive topcoat compatible with most types of ESD footwear.
  • roller application,
  • thickness approx. 0.2 mm.
2 x 0.1 kg of Static Guard 50-30 ESD antistatic paint approx. 0.2 mm check the cost

The systems presented are general recommendations. Each project should be treated individually. In case of any doubts, please contact us so that we can select the appropriate system for the specific problem.

Documentation:

PDF

Datasheets

PDF

Real case: restoration of the effectiveness of an antistatic floor without dismantling the 100 MΩ system -
from 100 MΩ (10⁸ Ω) -> below 1 MΩ (<10⁶ Ω) in 1 day

In one industrial facility, the user operated an antistatic floor installed over 10 years ago. Initially, the system fulfilled its purpose, but over the years its effectiveness decreased significantly.

Initial condition

Measurements showed that the resistance of the floor had increased to approx. 100 MΩ (10⁸ Ω), which meant that electrostatic charges were dissipated very slowly. Despite the presence of the old antistatic layer, the floor had in practice ceased to perform its protective function.

This type of phenomenon is typical for older systems:

  • the working layer wears out,
  • conductive additives lose their continuity,
  • the coating remains visually intact but electrically inactive.

The solution applied

Instead of costly removal of the entire floor, the top layer was sanded and then a single layer of Static Guard 50-30 ESD was applied as an active element of the antistatic system.

This treatment:

  • removed the degraded layer with high resistance,
  • ensured good mechanical and electrical adhesion,
  • created a new, continuous conductive network.

Final result

After application, measurements were taken again. The surface resistance obtained fell below 1 MΩ (<10⁶ Ω), which means:

  • immediate dissipation of electrostatic charges,
  • real, not just declarative, antistatic functionality,
  • restoration of full usability of the floor without interfering with the substrate structure.

Importantly, this effect was achieved thanks to the continuity of the conductive layer, not its thickness. A thin, homogeneous conductive coating works more effectively than a thick but degraded layer of the old system.

Conclusions from the implementation

This case shows that:

  • the effectiveness of antistatic properties depends on the quality and continuity of the conductive layer,
  • old antistatic floors can be effectively modernized,
  • the use of a conductive coating avoids costly demolition and production downtime.

The solution was assessed by the user as fully satisfactory in both technical and economic terms.

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