Cleanroom Garments, PPE and Consumables

Antistatic PVC Curtain

Lightly tinted antistatic PVC cleanroom curtain with a bonded carbon grid, reinforced hanging header, weighted lower pocket and grounding lead.

Bonded carbon grid creates a visible path to the grounding point
Lightly tinted transparent PVC preserves sightlines between work zones
Dedicated grounding lead connects the flexible barrier to facility ground

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Product Introduction

The Antistatic PVC Curtain combines a transparent flexible-vinyl barrier with a bonded conductive diamond grid and a defined grounding connection. A reinforced top header supports suspension, while sealed perimeter edges and a chain-weighted lower pocket stabilize the panel. When the grounding lead is correctly connected, the grid provides a controlled route for accumulated surface charge instead of leaving the softwall electrically isolated.

Key Features

Fine conductive grid remains visible for continuity inspection

Grounding snap and ring-terminal lead simplify connection checks

Transparent pale-blue sheet supports supervision and light transmission

Smooth sealed surface can be wiped without exposed fabric edges

Weighted lower pocket limits panel flutter in filtered airflow

Customer Product Concerns

Static-control performance depends on an intact conductive path, correct grounding and suitable cleaning practice. A damaged grid, disconnected lead or insulating residue can reduce the intended charge-dissipation function.

The curtain may remain electrically isolated if the lead is not connected.Connect the ring terminal to an approved ground point and include it in routine checks.

Cuts or deep abrasion can interrupt sections of the carbon grid.Inspect the grid and grounding snap for continuity after installation or impact.

Cleaner residue can leave an insulating film over the dissipative surface.Use a compatible low-residue cleaner and follow the defined wipe sequence.

Poor overlap can create an airflow gap even when ESD control is satisfactory.Specify the panel width and overlap separately from the electrical requirements.

Typical Applications

For semiconductor assembly, electronics production, precision optics, battery-component handling, ESD-controlled inspection cells and softwall clean zones where both particle separation and charge management are required.

Technical Parameters

The ranges below cover conductive-grid and static-dissipative flexible PVC curtain panels used in ESD-sensitive controlled areas. Final film formulation, grounding hardware, drop and overlap should match the facility static-control plan.

Core Material	Lightly tinted static-dissipative flexible PVC with bonded carbon grid and grounding lead
Panel Thickness	0.5-1.0 mm flexible PVC film
Effective Width	1200-1370 mm nominal finished panel width
Maximum Length	7925 mm maximum listed curtain height
Steel Facing Thickness	0 mm; no steel facing on the flexible curtain
Core Density	1210-1300 kg/m³ antistatic flexible PVC
Thermal Conductivity	Approximately 0.16 W/(m·K) for flexible PVC
Surface Finish	Lightly tinted transparent PVC with visible bonded conductive diamond grid
Joint Type	RF-welded hems with grounded snap connection, panel overlap and weighted lower pocket
Customization	Available based on the intended application and operating environment.

Available Options

0.5 mm conductive-grid or 1.0 mm static-dissipative PVCClear or lightly blue-tinted transparent filmCustom panel width, height and overlapEyelet, hook-bead, round-bead or track suspensionSnap lead, ring-terminal lead or facility-specific grounding hardwareWeighted chain pocket or heavier self-hanging panel edge

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