CW2200MTP Chemtronics, CW2200MTP Datasheet

Soldering Tools MICRO-TIP PEN

CW2200MTP

Manufacturer Part Number
CW2200MTP
Description
Soldering Tools MICRO-TIP PEN
Manufacturer
Chemtronics
Type
Conductive Pensr
Datasheet
1.CW2200MTP.pdf (4 pages)

Specifications of CW2200MTP

Boiling Point
259 to 378 °F
Chemical Component
Acrylic Resin/Ethylene Glycol Monobutyl Ether Acetate/n-Butyl Acetate/Propylene Glycol Methyl Ether Acetate/Silver
Dispensing Method
Pen
Flash Point
76 °F (TCC)
Hydrolytic Stability
Stable
Pressure, Vapor
5 to 6 mmHg @ +20 °C
Primary Type
Coating
Special Features
Repair
Specific Gravity
1.8 to 2.0
Temperature, Rating
+205 °C
Time, Setting
<2mm/hr.
Weight
0.3 Oz.
Maximum Temperature
+ 400 F
Description/function
Draws highly conductive silver traces, jumpers and shielding
Product
Soldering Accessories
Lead Free Status / RoHS Status
Lead free / RoHS Compliant
Technical Data Sheet
PRODUCT DESCRIPTION
CircuitWorks
instant highly conductive silver traces on
circuit boards.
prototype, rework, and repair of circuit
boards by linking components, repairing
defective
jumpers. The silver traces dry in minutes
and have excellent adhesion to most
electronic materials.
technicians, and manufacturers will find that
the CircuitWorks
project completion and cuts rework time.
TYPICAL APPLICATIONS
CircuitWorks
for electronics applications including:
CHEMTRONICS
Single component system
High electrical conductivity
Fast drying
Highly adherent to circuit boards
Operating temperature to 400°F (205°C)
Circuit Trace Repair
Solderless Linking of Components
EMI Shielding
Solderable Terminations
Quick Prototype Modifications
traces,
®
®
Conductive Pen may be used
Conductive
®
Conductive Pen speeds
CW2200 is used in
and
CircuitWorks
Engineers, repair
making
®
Pen
smooth
makes
®
Conductive Pen
TYPICAL PRODUCT DATA AND
PHYSICAL PROPERTIES
Shelflife
RoHS/WEEE
Status
COMPATIBILITY
CircuitWorks
excellent compatibility with materials used
in printed circuit board fabrication. As with
any chemical system, compatibility with the
substrate must be determined on a non-
critical area prior to use.
Composition
Properties
Material
Silver Particle Size
Color
Setting Rate
Conductivity
Max. Temperature
Tack-Free Time @ 25°C
Cure Time @ 25°C
Solder Wetting
Electrical Conductivity
Adhesion
Flexibility
Chemical Resistance
®
Conductive Pen material has
TDS # CW2200
0.00005-0.000125 ohm cm
0.02-0.05 ohms/sq/mil
Silver Filled Polymer
20 to 30 Minutes
400°F (205°C)
2 to 3 Seconds
10-15 microns
3 to 5 Minutes
Silver Gray
<2mm/hr.
18 months
Excellent
Excellent
Good
Good

CW2200MTP Summary of contents

Page 1

... CHEMTRONICS Technical Data Sheet CircuitWorks PRODUCT DESCRIPTION ® CircuitWorks Conductive instant highly conductive silver traces on circuit boards. CW2200 is used in prototype, rework, and repair of circuit boards by linking components, repairing defective traces, and jumpers. The silver traces dry in minutes and have excellent adhesion to most electronic materials ...

Page 2

... AVAILABILITY CW2200STP 8.5 g (0.3 oz.), Standard Tip Pen ® ® or Pow-R-Wash CW2200MTP 8.5g (0.3 oz.), Micro Tip Pen any surface NOTE: This information is believed to be accurate intended for professional end users having the skills Conductive Pen ...

Page 3

... ITW CHEMTRONICS ® SECTION 1: CHEMICAL PRODUCT AND COMPANY INFORMATION Product Information: 800-TECH-401 Product Identification Product Code: CW2200MTP, CW2200STP, CW2200BLK SECTION 2: COMPOSITION/INFORMATION ON INGREDIENTS Chemical Name Silver Propylene Glycol Methyl Ether Acetate Ethylene Glycol Monobutyl Ether Acetate n-Butyl Acetate Acrylic Resin SECTION 3: HAZARDOUS IDENTIFICATION Emergency Overview: Silver colored paint with an aromatic hydrocarbon odor ...

Page 4

... ITW CHEMTRONICS ® SECTION 9: PHYSICAL AND CHEMICAL PROPERTIES Physical State: Silver colored paint Odor: Aromatic hydrocarbon pH: NA Vapor Pressure: 5-6 mmHg @ 20°C Percent Volatile: 30-40% Vapor Density: >1 (Air = 1) SECTION 10: STABILITY AND REACTIVITY Stability: This product is stable. Conditions to Avoid: Avoid heat, sparks, open flame and strong oxidizing conditions. ...