Plastazote LD30SD Static Dissipative Foam

Calculator

3 mm
Price: $0.00  •  Unit: $0.00

Standard Sheet Size: 1900×1000 mm

LD = Plastazote (PE foam)
30 = Density 30kg/m3
SD = Static Dissipative (Static Protection)

Protect sensitive electronics with LD30SD static dissipative foam, a lightweight, closed-cell foam designed for superior ESD protection.

Perfect for packaging and handling delicate components in electronics, medical, and aerospace applications.

Description

LD30SD Static Dissipative Foam Key Features:

  • Density: 30 kg/m³ (1.87 PCF), comparable to LD29 (29 kg/m³) but lighter than LD45 (45 kg/m³) and LD60 (60 kg/m³) for enhanced flexibility.

  • Static Dissipative Properties: Surface resistivity of 10⁷–10¹¹ ohms, safely dissipating static charges to protect sensitive electronic components.

  • Closed-Cell Structure: Waterproof, buoyant, and resistant to chemicals, oils, and bacteria, with no water or odor absorption.

  • Durability: Good tensile strength (410 kPa) and elongation (130%), slightly stronger than LD29 (400 kPa, 125%) but less than LD45 (537 kPa, 150%) and LD60 (790 kPa, 160%).

  • Compression Strength: Moderate compression stress (38 kPa at 25%), softer than LD45 (90 kPa) and LD60 (70 kPa), ideal for lightweight cushioning.

  • Thermal Insulation: Effective up to 100°C with low thermal conductivity (0.041 W/mK) for energy-efficient applications.

  • Safety & Compliance: Non-toxic, odorless, and compliant with RoHS, REACH, and ESD safety standards (IEC 61340). CFC/HCFC-free and recyclable.

Key Differences from LD29, LD45, and LD60:

  • Static Dissipative: Unlike LD29, LD45, and LD60, LD30SD is specifically designed with static dissipative properties for ESD-sensitive environments, making it unique for electronics applications.

  • Density & Flexibility: LD30SD (30 kg/m³) is similar to LD29 (29 kg/m³) in lightness and flexibility but softer and less dense than LD45 (45 kg/m³) and LD60 (60 kg/m³).

  • Strength: LD30SD’s tensile strength (410 kPa) and compression resistance are lower than LD45 and LD60, prioritizing ESD protection over heavy-duty structural support.

  • Applications: LD30SD is tailored for electronics packaging and handling, while LD29 is for lightweight flexibility, LD45 for balanced performance, and LD60 for high strength.

LD30SD Static Dissipative Foam Common Applications:

  • Electronics Packaging: ESD-safe cushioning for circuit boards, semiconductors, and sensitive devices.

  • Medical Equipment: Protective foam for static-sensitive medical electronics.

  • Automotive & Aerospace: Anti-static padding for electronic components and assemblies.

  • Industrial Handling: Foam trays and inserts for safe storage and transport of ESD-sensitive parts.

  • Cleanroom Environments: Static dissipative foam for controlled environments requiring low particulate generation.

Why Choose Plastazote LD30SD?
Plastazote LD30SD offers unmatched static dissipative protection combined with the lightweight, durable, and versatile properties of closed-cell polyethylene foam. Its ESD-safe design ensures reliable safeguarding of electronics, while its flexibility and compliance with safety standards make it a top choice for sensitive applications.

You can read our official Zotefoams announcement here: https://www.pjbowers.com.au/articles/australian-distributor-of-zotefoams

For other EVA foams please visit: https://foamproducts.com.au/product/neofoam-eva-foam/

To view all available Zotefoams, return to the homepage: https://zotefoams.com.au/

Technical Data Sheets

Material Safety Data Sheets

Cutting Methods

Splitting

Taking a thicker foam sheet, typically 100mm thick, and splitting or slicing down to a thinner sheet. Tolerances as fine as 0.2mm. A high vacuum bed holds the foam steady, then moves it across a fine, consistently sharpened blade.

Bandsaw

Used for creating a consistent, straight cut to alter the width or length of foam sheets, slabs, or blocks.

CNC Routing

CNC routing machines remove material from a secured foam sheet to create any shape or beveled edge required. A specialized router bit, chosen for quality foam conversion, follows a precise path programmed by engineers. Intricate patterns can be machined into the foam.

CNC Water Jet Cutting

A more affordable CNC method, cutting through thick material in a single pass with pressurized water, reducing production time and cost. Small radius cuts are possible as the thin stream removes fine amounts of material. No variable depth is available.

CNC Knife Cutting

Fast and precise, reducing machine time and job cost. Limitations include limited cutting depth (based on knife length) and the need for cuts to penetrate fully through the foam. Various depths can be achieved by layering, adhering, or butt welding cut foam pieces.

CNC Wire Cutting

Cuts 2D profiles from foam sheets or slabs up to 2.4 meters in length and any height, often referred to as a profile cut.

Joining Methods

Laminating

Joins two foam sheets to increase thickness, with the join stronger than an unmodified sheet. Achieved by applying even heat to two sheets and feeding them through rollers with precise compression and feed rate.

Butt Welding

Joins large foam pieces post-machining (e.g., top and base) or connects sheets, slabs, or blocks end-to-end or stacked. The join is stronger than an unmodified sheet.

Adhesion Tapes

Adhesive peel-off tapes (e.g., 3M, Stickyback, or Stix2Bricks™) are applied to foam sheets for easy end-user application.

Surfacing Methods

Buffing

Foam is passed through brushed and knurled rolls, creating a ‘furry’ surface on the top and bottom for improved grip in wet or slip-conscious areas.

Embossing

Surface heating of foam followed by cooling under a patterned or smooth surface. The foam moulds to the pattern or forms a smoother ‘skin,’ making the surface more abrasion-resistant and easier to clean, without the typical fine cell structure.

Laser Cutting & Etching

Used for precise material removal, ideal for lettering, logos, and shallow surface customizations.