PCB protection tapes

RD-673B

Based on a grey flat backed paper coated with a totally black opaque rubber/resin
This tape is applied to the lacquered PCB copper coated substrates and protects the photo - resistant from UV light exposure

Click here
 
PPI 701
0.025mm

Polyimide film/silicone adhesive

Click here
   
PPI 702
0.025mm
0.050mm

Thicker adhesive version of PPI 701. Superior adhesion to uneven surfaces.

Click here
    
    
   
RD-042D
0.025mm
0.050mm

Anti-static polyimide based tape with silicone adhesive

High temperature masking

Click here
    
    
   
RD-624B

Anti-static Polyimide/conductive acrylic adhesive

Click here
 
SP-255
0.110mm

Crepe paper/silicone adhesive
Crepe paper based masking tape, ideal for irregular surfaces

Click here
   
RD-487G

Reinforced paper/PET laminate
Silicone adhesive
Suitable for HAL masking (hot air levelling)

Click here
    
    
   
SP-479

Version of PPI 255 with thicker adhesive layer
Good adhesion to irregular board surfaces
Supplied die-cut and with scored liner

Click here
CAPTCHA
This question is for testing whether or not you are a human visitor and to prevent automated spam submissions.
RD-673B
low tack paper tape

Based on a flatback impregnated paper coated with a low tack, black opaque rubber adhesive. The tape can be applied and removed from a wide range of surfaces without adhesive transfer. The adhesive is coated from aliphatic and aromatic solvents only.

Applications: 
protection tape for pre-lacquered printed circuit board substrates
PPI 701
0.025mm
self-adhesive masking tape

.

Applications: 
high temperature-resistant masking tape for gold contacts on printed circuit boards during the wave soldering process
PPI 702
0.025mm
0.050mm
polyimide electrical tape with thermosetting silicone adhesive/Heat class H

High temperature resistant polyimide tape coated with a polysiloxane adhesive

Applications: 
insulation tape for very high temperatures
short term heat resistance up to 400°C
RD-042D
0.025mm
0.050mm
anti-static printed circuit board and conformal coating masking tape

Based on polyimide film coated with a special surface conductive adhesive. Static generation during unwind and application is eliminated.
RD-042D can withstand wave soldering temperatures up to 300oCand leaves no adhesive residue on printed circuit boards during removal.

RD-624B
anti-static printed circuit board and conformal coating masking tape

based on polyimide film coated with a special surface conductive acrylic adhesive.
Static generation during unwind and application is eliminated. RD-624 can withstand wavesoldering temperatures up to 300oC and leaves no adhesive residue on printed circuit boards during removal.

SP-255
0.110mm
self-adhesive masking tape for hot air levelling and high temperature soldering processes

SP-255/SP-479 is a self-adhesive masking tape especially suitable for the protection of various areas of P.C. Boards (such as gold contacts) during high temperature flow solder processes. It is particularly recommended for masking edge connectors or fingers during hot air levelling.

Applications: 
SP-255/SP-479 can be removed from printed circuit boards after the soldering operation without any danger of adhesive residue.
When using SP-255/SP-479 as a mask in hot air levelling, the tape should be pressed onto the P.C.B. after application by means of rollers, preferable heated up to 100oC(212oF)
RD-487G
.

.

SP-479
self-adhesive masking tape for hot air levelling and high temperature soldering processes

SP-255/SP-479 is a self-adhesive masking tape especially suitable for the protection of various areas of P.C. Boards (such as gold contacts) during high temperature flow solder processes. It is particularly recommended for masking edge connectors or fingers during hot air levelling.

Applications: 
SP-255/SP-479 can be removed from printed circuit boards after the soldering operation without any danger of adhesive residue.
When using SP-255/SP-479 as a mask in hot air levelling, the tape should be pressed onto the P.C.B. after application by means of rollers, preferable heated up to 100oC(212oF)
Segment: 
hsvelectrotical insulationelectric