3M 1183 Conductive Tin Clad Copper Tape, 19.1mm x 16m
Technical Document
Specifications
Brand
3MTotal Thickness
0.07mm
Tape Type
Copper Tape
Foil Thickness
0.04mm
Width
19.1mm
Length
16m
Conductivity
Conductive
Adhesion Strength
3.8 N/cm
Adhesive Material
Acrylic
Material Plating
Tin
Tensile Strength
44N/cm
Maximum Temperature Resistance
+130°C
Minimum Temperature Resistance
-40°C
Model Number
1183
Country of Origin
United States
Product details
Copper Shielding Tapes, Tin Plated – 1183 Type
The 1183 consists of a 2.6 Mil tin plated copper foil shielding tape and has been designed for applications requiring a reliable point-to-point electrical contact. Particularly those requiring EMI shielding, grounding or static charge draining.
Features and Benefits
• Smooth copper tapes, coated on one side with conductive acrylic adhesive
• Designed for electromagnetic or radio-electrical shielding applications
• Highly resistant to solvents, UV rays, humidity and mould
• Suitable for soldering
Applications
Common uses include grounding and EMI shielding in equipment, components and shielded rooms.
Why choose 3M?
3M are a trusted name in tapes and adhesives solutions. From industrial and electronic applications to meeting domestic requirements, 3M supply high quality and reliable tapes and adhesives. RS Components partners with 3M to deliver an extensive and inclusive range of excellent 3M products, with the fantastic and convenient consumer service.
Similar 3M Tapes within this Range
• 110-8054 is a 3M 1181 Conductive Copper Tape, 12.7mm x 16m
• 167-9376 is a 3M 1181 Conductive Copper Tape, 50.8mm x 16m
• 842-0360 is a 3M 1182 Conductive Tin Clad Copper Tape, 19.1mm x 16m
• 842-0409 is a 3M 1183 Conductive Tin Clad Copper Tape, 19.1mm x 16m
• 842-0364 is a 3M 1194 Non-Conductive Tin Clad Metallic Tape, 19.1mm x 33m
• 842-0370 is a 3M 1267 Conductive Metallic Tape, 25.4mm x 16m
• 842-0367 is a 3M 1345 Conductive Tin Clad Metallic Tape, 19.1mm x 16m
EMI/RFI Shielding Tapes
When using these tapes galvanic compatibility should be taken into account.
P.O.A.
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P.O.A.
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Technical Document
Specifications
Brand
3MTotal Thickness
0.07mm
Tape Type
Copper Tape
Foil Thickness
0.04mm
Width
19.1mm
Length
16m
Conductivity
Conductive
Adhesion Strength
3.8 N/cm
Adhesive Material
Acrylic
Material Plating
Tin
Tensile Strength
44N/cm
Maximum Temperature Resistance
+130°C
Minimum Temperature Resistance
-40°C
Model Number
1183
Country of Origin
United States
Product details
Copper Shielding Tapes, Tin Plated – 1183 Type
The 1183 consists of a 2.6 Mil tin plated copper foil shielding tape and has been designed for applications requiring a reliable point-to-point electrical contact. Particularly those requiring EMI shielding, grounding or static charge draining.
Features and Benefits
• Smooth copper tapes, coated on one side with conductive acrylic adhesive
• Designed for electromagnetic or radio-electrical shielding applications
• Highly resistant to solvents, UV rays, humidity and mould
• Suitable for soldering
Applications
Common uses include grounding and EMI shielding in equipment, components and shielded rooms.
Why choose 3M?
3M are a trusted name in tapes and adhesives solutions. From industrial and electronic applications to meeting domestic requirements, 3M supply high quality and reliable tapes and adhesives. RS Components partners with 3M to deliver an extensive and inclusive range of excellent 3M products, with the fantastic and convenient consumer service.
Similar 3M Tapes within this Range
• 110-8054 is a 3M 1181 Conductive Copper Tape, 12.7mm x 16m
• 167-9376 is a 3M 1181 Conductive Copper Tape, 50.8mm x 16m
• 842-0360 is a 3M 1182 Conductive Tin Clad Copper Tape, 19.1mm x 16m
• 842-0409 is a 3M 1183 Conductive Tin Clad Copper Tape, 19.1mm x 16m
• 842-0364 is a 3M 1194 Non-Conductive Tin Clad Metallic Tape, 19.1mm x 33m
• 842-0370 is a 3M 1267 Conductive Metallic Tape, 25.4mm x 16m
• 842-0367 is a 3M 1345 Conductive Tin Clad Metallic Tape, 19.1mm x 16m
EMI/RFI Shielding Tapes
When using these tapes galvanic compatibility should be taken into account.