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ESD FLOORING · APPLIED SYSTEM

Earthing &
GroundingESD GROUNDING INTEGRATION

The earthing backbone beneath every static-control floor — copper grid, conductive base and certified ground terminations that give an ESD system its path to earth.

EARTHING NETWORK CROSS-SECTION REFERENCE DIAGRAM — TAP LAYERS BELOW
Copper GridGrounding Network
EarthedPath to Ground
VerifiedBy Electrician
TurnkeySurvey to Warranty
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OVERVIEW

What is ESD Earthing & Grounding Integration?

ESD earthing and grounding integration is the foundational groundwork that gives a static-control floor its path to earth. It combines a copper earthing grid, a conductive base plane and certified ground terminations — the infrastructure on which dissipative and conductive ESD floor finishes are built. On its own it functions as the anti-static / static-control base layer of a complete ESD system.

Copper earthing grid Conductive base plane Certified ground terminations Electrician-verified path
02
THE POLYZEN SYSTEM

How the Grounding Is Built

ESD grounding is an engineered foundation — every element carries charge toward earth. Tap any layer to see its role.

⟶ Tap a layer
05

Earthing Termination

Certified Path to Ground

Each grid node is terminated to the building's earth system and verified by a qualified electrician, completing a continuous, testable path to ground — confirmed by on-site resistance testing at handover.

03
SYSTEM PRODUCT

POLYZEN ZENSTAT Prime (ZS-100)

This groundwork is delivered using POLYZEN ZENSTAT Prime (ZS-100) — an anti-static / static-control base, formulated and manufactured by POLYZEN.

View Product + TDS →
04
INTEGRATION REFERENCE

How This Integrates with ESD Standards

Earthing and grounding is the infrastructure that lets a finished ESD floor meet its target class — it is the path to earth, not a resistance class in itself.

Role in System
Anti-static / static-control base + grounding network
Grounding
Copper grid + certified earth terminations (per design)
Supports Compliance With
ANSI/ESD S20.20 · IEC 61340-5-1 (finished-floor class)
Verification
Electrician-verified path · resistance tested on handover

The dissipative or conductive resistance class is set by the finished floor finish (ZENSTAT Dissipative / Conductive). POLYZEN ZENSTAT Prime (ZS-100) system values are confirmed in the product TDS.

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FROM SURVEY TO CERTIFIED EARTH

The Integration Process

01

Inspect & Assess

Substrate survey, existing earth points and ESD risk-zone mapping across the facility.

02

Design & Specify

Copper grid layout & density, earth-connection points and base build-up specified.

03

Prepare & Apply

Shot-blast → conductive primer → copper grid → ZS-100 conductive base coat.

04

Terminate & Verify

Earth terminations, electrician verification, resistance-to-ground testing, written warranty.

06
TECHNICAL SUMMARY

System Specifications

PropertyDetail
System TypeESD Earthing & Grounding Integration
Linked ProductZENSTAT Prime (ZS-100)
RoleAnti-Static / Static-Control Base + Grounding
GroundingCopper grid + earth terminations (per design)
System ValuesPer TDS
Total ThicknessPer TDS
Pairs WithZENSTAT Dissipative (ZS-200) / Conductive (ZS-300)
VerificationElectrician-verified · resistance tested on handover
Compliance ReferenceANSI/ESD S20.20 · IEC 61340-5-1 (finished floor)
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WHERE IT IS USED

Sectors Served

Electronics & Semiconductor
Pharmaceutical & Life Sciences
Data Centres & Server Rooms
Defence & Aerospace
EMS / PCB Assembly
Battery & EV Manufacturing
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09
ASSURANCE

Verified & Warranted

Every POLYZEN ESD earthing installation is handed over with on-site electrical verification — earth-termination checks and resistance-to-ground testing — and a written system warranty. Warranty terms are confirmed per project scope and substrate condition.

10
FAQ

Frequently Asked Questions

What is ESD earthing & grounding integration?
It is the foundational groundwork — copper earthing grid, conductive base plane and certified ground terminations — that gives a static-control floor its path to earth. It is the infrastructure beneath dissipative and conductive ESD floor finishes.
Is this a finished ESD floor on its own?
It is the anti-static / static-control base and grounding layer of a complete ESD system. The final dissipative or conductive resistance class is delivered by the floor finish applied on top, such as ZENSTAT Dissipative or Conductive.
How is an ESD floor grounded?
A copper grid embedded in the system is terminated to the building's earth at defined points — typically one connection per area. A qualified electrician verifies the path, and resistance is tested on handover.
Why is earthing so important in an ESD system?
Without a verified path to earth, static charge has nowhere to drain and the floor cannot perform. The earthing network is what makes the entire ESD system function and remain testable over time.
Which standards relate to ESD grounding?
Finished ESD floors are assessed against ANSI/ESD S20.20 and IEC 61340-5-1. Proper earthing and grounding integration is the infrastructure that allows the completed floor to meet those requirements.
Does POLYZEN verify the earthing?
Yes. Every installation includes earth-termination checks, resistance-to-ground testing and a written system warranty. Measured values are recorded per project.
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Get a grounding layout, earth-termination plan and quote for your facility.