TITAN PU FOAM SERIES

WE HAVE JUST THE MATERIAL FOR YOU

All electronics emit electromagnetic radiation and cause Electromagnetic Interference (EMI). With strict federal and health regulations, it is mandatory that product designs meet these requirements.

It is our job at Laminar Labs to provide a comprehensive range of conductive products for you to choose from, to aid you in your EMI shielding system. We have two ranges of conductive Polyurethane foams for your consideration. Both provide excellent shielding effectiveness (more than 80 dB). Titan conductive PU foams are ultra conductive at 20% compression and the rest are most effective at 40% compression.

Contact us and let us know your requirements and our technical team will work with you to recommend the best solution.

 

Here are more examples of what we offer.

  • Conductive Silicone Material
  • Metallic Foils
  • Fabrics


TECHNICAL DATASHEETS
Technical Datasheets are available upon request. Write to us at info@laminarlabs.com for other thickness range or any specific recommendations. You can also log in to our eCatalogue for more information.

 

 

Titan Polyurethane Series – grey pu foam (non compressed)

CHARACTERISTICS

  • Grey PU foam
  • Conductive foam series provides excellent conduction at 40% compression
  • It has very good compression set

 

APPLICATION

  • EMI Shielding soft support
  • For 3D conductive shielding that requires softer or light support

 

MATERIALS AVAILABLE

  • LL-PU3050 (0.50mm)
  • LL-PU3070 (0.70mm)
  • LL-PU3100 (1.00mm)
  • LL-PU3120 (1.20mm)
  • LL-PU3150 (1.50mm)
  • LL-PU3200 (2.00mm)
  • LL-PU3250 (2.50mm)
  • LL-PU3300 (3.00mm)
  • LL-PU3350 (3.50mm)
  • LL-PU3400 (4.00mm)
Titan Polyurethane Series – grey pu foam (compressed)

CHARACTERISTICS

  • Grey PU foam
  • Compressed foam with soft surface, specially plated for excellent conductivity in X-Y-Z direction

 

APPLICATION

  • EMI Shielding soft support
  • For 3D conductive shielding that requires softer or light support
  • For various digital applications
  • Very flexible and low cost

 

MATERIALS AVAILABLE

  • LL-PU3031 (0.30mm)
  • LL-PU3051 (0.50mm)
  • LL-PU3071 (0.70mm)
Titan Polyurethane Series – Black PU Foam (non compressed)

CHARACTERISTICS

  • Black PU foam
  • Has softer surface and is specially plated for excellent conductivity in X-Y-Z direction
  • Pore count: 80 ppi
  • Recommended compression rate: 15 ~ 30%

 

APPLICATION

  • EMI Shielding soft support
  • For 3D conductive shielding that requires softer or light support
  • For various digital applications
  • Very flexible and low cost

 

MATERIALS AVAILABLE

  • LL-PU3050-BK (0.50mm)
  • LL-PU3070-BK (0.70mm)
  • LL-PU3100-BK (1.00mm)
  • LL-PU3150-BK (1.50mm)
  • LL-PU3200-BK (2.00mm)
  • LL-PU3250-BK (2.50mm)
  • LL-PU3300-BK (3.00mm)
Titan Polyurethane Series – Black PU Foam (compressed)

CHARACTERISTICS

  • Black PU foam
  • Compressed foam with soft surface, specially plated for excellent conductivity in X-Y-Z direction

 

APPLICATION

  • EMI Shielding soft support
  • For 3D conductive shielding that requires softer or light support
  • For various digital applications
  • Very flexible and low cost

 

MATERIALS AVAILABLE

  • LL-PU3031-BK (0.30mm)
  • LL-PU3051-BK (0.50mm)
  • LL-PU3071-BK (0.70mm)
Titan Polyurethane Series + Copper Foil

CHARACTERISTICS

  • Electrically conductive cushion made with plated polyurethane foam and lined with a copper foil
  • Foam is plated with copper and nickel by electroless plating
  • The product’s restoring force shows very excellent grounding performance

 

APPLICATION

  • Ideal for applications such as grounding pads where conformability, high-conductivity, and low compressive forces are required
  • Possess excellent restitution and flexibility
  • Easy to die-cut

 

MATERIALS AVAILABLE

  • LL-PU3033-CU (0.30mm)
  • LL-PU3053-CU (0.50mm)
  • LL-PU3073-CU (0.70mm)
  • LL-PU3103-CU (1.00mm)
  • LL-PU3123-CU (1.20mm)
  • LL-PU3163-CU (1.60mm)
  • LL-PU3243-CU (2.40mm)
  • LL-PU3323-CU (3.20mm)
  • LL-PU3403-CU (4.00mm)
polyurethane 3d conductive foam Series (TROH)

CHARACTERISTICS

  • Polyurethane 3D-conductive foam substrate with conductive adhesive and mesh fabric mid layer support.
    It can stand a high temperature range up to 260°C

 

APPLICATION

  • For various digital applications

 

MATERIALS AVAILABLE

  • LL-TROH-03 (0.30mm)
  • LL-TROH-05 (0.50mm)
electrically conductive polyurethane foam (troy)

CHARACTERISTICS

  • Polyurethane 3D-conductive foam substrate with conductive adhesive and mesh fabric mid layer support.
  • It can stand a high temperature range up to 200°C.

 

APPLICATION

  • For various digital applications

 

MATERIALS AVAILABLE

  • LL-TROY-03 (0.30mm)
  • LL-TROY-05 (0.50mm)
  • LL-TROY-07 (0.70mm)
conductive polyurethane foam tape (trp)

CHARACTERISTICS

  • Sensitive conductive Polyurethane foam tape
  • It has great shielding effectiveness and grounding performances
  • Enhanced restorative property after heat compression and conductivity in X, Y and Z-axis

 

APPLICATION

  • EMI Shielding

 

MATERIALS AVAILABLE

  • LL-TRP-3010 (0.10mm)
  • LL-TRP-3020 (0.20mm)
  • LL-TRP-3030 (0.30mm)
  • LL-TRP-3040 (0.40mm)
Polyolefin Series (TROA)

CHARACTERISTICS
This polyolefin series are firmer foams that have good conduction on contact. It has excellent compression set over time and provides good support

  • Polyolefin 3D-conductive substrate with conductive adhesive
  • No mid layer re-enforcement

 

APPLICATION

  • EMI Shielding and good mechanical strength
  • For various electrical and digital devices

 

MATERIALS AVAILABLE

  • LL-TROA-02 (0.20mm)
  • LL-TROA-03 (0.30mm)
  • LL-TROA-07 (0.70mm)
  • LL-TROA-08 (0.80mm)
  • LL-TROA-10 (1.00mm)
  • LL-TROA-15 (1.50mm)
Polyolefin Series (TROB)

CHARACTERISTICS

  • Polyolefin conductive substrate with conductive adhesive and Mesh fabric mid layer for support with
    Ni-Cu-Sn plating and Anti Tarnish Coating

 

APPLICATION

  • EMI Shielding and good mechanical strength
  • For various electrical and digital devices

 

MATERIALS AVAILABLE

  • LL-TROB-03 (0.30mm)
  • LL-TROB-05 (0.50mm)
  • LL-TROB-07 (0.70mm)
Polyolefin Series (TROD)

CHARACTERISTICS

  • Conductive polyolefin substrate covered with conductive woven, drawn textured yarn fabric. It has excellent shielding effectiveness

 

APPLICATION

  • EMI Shielding and good mechanical strength
  • For various electrical and digital devices

 

MATERIALS AVAILABLE

  • LL-TROD-02 (0.20mm)
  • LL-TROD-03 (0.30mm)
  • LL-TROD-05 (0.50mm)
  • LL-TROD-07 (0.70mm)
Polyolefin Series (TROS)

CHARACTERISTICS
This polyolefin series are firmer foams that have good conduction on contact. It has excellent compression set over time and provides good support

  • Polyolefin 3D-conductive substrate with conductive adhesive and Mesh fabric mid layer support

 

APPLICATION

  • EMI Shielding and good mechanical strength
  • For various electrical and digital devices

 

MATERIALS AVAILABLE

  • LL-TROS-02 (0.20mm)
  • LL-TROS-03 (0.30mm)
  • LL-TROS-05 (0.50mm)
  • LL-TROS-07 (0.70mm)
  • LL-TROS-10 (1.00mm)
Polyolefin Series (TROT)

CHARACTERISTICS

  • Polyolefin 3D-conductive substrate with conductive adhesive and non-woven fabric mid layer for support

 

APPLICATION

  • EMI Shielding and good mechanical strength
  • For various electrical and digital devices

 

MATERIALS AVAILABLE

  • LL-TROT-03 (0.30mm)
  • LL-TROT-05 (0.50mm)
  • LL-TROT-07 (0.70mm)
  • LL-TROT-10 (1.00mm)
  • LL-TROT-12 (1.20mm)
Polyolefin Series (TROW)

CHARACTERISTICS

  • Conductive polyolefin substrate with adhesive and conductive woven fabric mid layer for support with Cu-Ni plating and Anti Tarnish Coating

 

APPLICATION

  • EMI Shielding and good mechanical strength
  • For various electrical and digital devices

 

MATERIALS AVAILABLE

  • LL-TROW-02 (0.20mm)
  • LL-TROW-03 (0.30mm)
  • LL-TROW-05 (0.50mm)
  • LL-TROW-07 (0.70mm)
Note: All foams are supplied with single side conductive acrylic adhesive. If you need them with double side adhesive, please write to us.

Click on image to request for our
Conductive PU Foam sample catalogue.