World class silicones for worldwide solutions

Tampo Pad Printing


Silicones for quality Print definition

ANTISTATIC SILICONE RUBBERS FOR PAD PRINTING

The antistatic silicone elastomers developed by the CHT Group are composed of electrically conductive silicone polymers and specialty fillers. The RTV 2 silicone elastomers are designed to produce high quality printing pads.

The great variety of Shore hardnesses and the exact reproduction of the mould, produce a high-quality versatile printing process on common materials including:

  • Porcelain
  • All types of synthetic materials
  • Electrical devices

The outstanding release properties of the silicones from organic and inorganic surfaces enable fine detailed reproduction by facilitating excellent transfer of the printing ink from the print pad. The silicone elastomers of the CHT Group have outstanding mechanical and chemical stability.


Electrostatic Charge

In pad printing, it is important that the image produced is sharp, clear, with defined outlines and solid colour fill is achieved. Static charges may affect the print quality in various ways. Electrostatic discharge could also damage sensitive electronic components within the part being printed.

The antistatic properties of our silicone elastomers help prevent the following undesired effects:

  • Adhesion of dust and dirt on the pads
  • Ink splashes and a blurred print appearance
  • Static discharge shock during printing

Advantages of CHT silicone rubbers:

  • Antistatic properties
  • High transfer capacity
  • Good tear strength
  • Very good stability to chemicals
  • Very good mechanical properties
  • Excellent release properties
  • Various Shore hardnesses
  • Simple handling

For additional information, download our CHT Tampo Pad Printing Report or for technical assistance and sample requests, please visit our contact page.

Product Description Features
ALPA-SIL 18101 2 part Silicone Moulding Rubber Good flowing behaviour
ALPA-SIL 25301 2 part Silicone Moulding Rubber Excellent mechanical properties
ALPA-SIL 97055 2 part Silicone Moulding Rubber Quickly crosslinking
ALPA-SIL 97056 2 part Silicone Moulding Rubber Quickly crosslinking
ALPA-SIL 97057 2 part Silicone Moulding Rubber Quickly crosslinking
ALPA-SIL 97071-3 2 part Silicone Moulding Rubber Crosslinks at temperatures as of 23 °C/77°F
ALPA-SIL 97071-3 THI 2 part Silicone Moulding Rubber crosslinks at temperatures above 23 °C/77°F
ALPA-SIL 97089 SP 2 part Silicone Moulding Rubber Low viscosity for easy handling
ALPA-SIL 97108 2 part Silicone Moulding Rubber Quickly crosslinking
ALPA-SIL 97116 2 part Silicone Moulding Rubber Easy mixing of components
ALPA-SIL 97167 2 part Silicone Moulding Rubber crosslinks at temperatures > 23 °C/77°F
ALPA-SIL MF 3 2 part Silicone Moulding Rubber Crosslinks at temperatures > 23 °C/77°F even under total exclusion of air and moisture
ALPA-SIL TD 00:30 2 part Silicone Moulding Rubber Crosslinks at temperatures higher than 23 °C/77°F
ALPA-SIL TD 00:40 2 part Silicone Moulding Rubber Crosslinks at temperatures higher than 23 °C/77°F
ALPA-SIL TD 00:50 2 part Silicone Moulding Rubber Crosslinks at temperatures higher than 23 °C/77°F
ALPA-SIL TD 00:60 2 part Silicone Moulding Rubber Crosslinks at temperatures higher than 23 °C/77°F
ALPA-SIL TD ANTIST. 2 part Silicone Moulding Rubber Crosslinks at temperatures as of 23 °C/77°F
ALPA-SIL TD ANTIST. SH A 18 2 part Silicone Moulding Rubber Easy 1:1 mix ratio
ALPA-SIL TD ANTIST. SH. A 12 2 part Silicone Moulding Rubber Easy 1:1 mix ratio
ALPA-SIL TD ANTIST. SH. C:15 2 part Silicone Moulding Rubber Crosslinks at temperatures as of 23 °C/77°F
ALPA-SIL TD ANTIST. SH. C:30 2 part Silicone Moulding Rubber Crosslinks at temperatures as of 23 °C/77°F
ALPA-SIL TD ANTIST. SH. C:40 2 part Silicone Moulding Rubber Crosslinks at temperatures as of 23 °C/77°F
ALPA-SIL TD SH. A 12 2 part Silicone Moulding Rubber Easy 1:1 mix ratio
ALPA-SIL TD SH. A 18 2 part Silicone Moulding Rubber Easy 1:1 mix ratio
ALPA-SIL TD SH. A 2 2 part Silicone Moulding Rubber Easy 1:1 mix ratio
ALPA-SIL VB ANTIST. 2 part Silicone Moulding Rubber Crosslinks at temperatures > 23 °C/77°F
ALPATEC TV 169 2 part casting compound Varying hardness Shore A depending on the mixing ratio between component A and component B
KÖRAFORM 97036 A 2 part casting compound 100:3 mix ratio
KÖRAFORM 97067 A 2 part casting compound 100:3 mix ratio
KÖRAFORM 97069 A 2 part casting compound 100:3 mix ratio
KÖRAFORM A 18 2 part casting compound Very low viscosity for a simple degassing and casting
KÖRAFORM A 28 2 part casting compound Applicable in the ceramics industry and for reproducing master forms (stereolithographic parts)
KÖRAFORM A 35 2 part casting compound Applicable in the ceramic industry and for reproducing master forms (stereolithographic parts)
KÖRAFORM K 18 2 part casting compound Good flowing behaviour
KÖRAFORM PP 0 2 part casting compound Crosslinks at temperatures as of 20 °C/68°F
KÖRAFORM PP 12 2 part casting compound Crosslinks at temperatures as of 20 °C/68°F
KÖRAFORM PP 18 2 part casting compound Crosslinks at temperatures as of 20 °C/68°F
KÖRAFORM PP 2 2 part casting compound Crosslinks at temperatures as of 20 °C/68°F
KÖRAFORM PP 6 2 part casting compound Crosslinks at temperatures as of 20 °C/68°F
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