Desoldering Wick /braid CHEMTRONICS Chemwik (made in USA)

Chem-Wik® Rosin SD ( made in USA)

The fast, safe rosin flux desoldering braid packaged in static dissipative bobbins, ITS HALIDE FREE

■ Chem-Wik® Rosin packaged in static dissipative bobbins
■ Reduces the risk of damage associated with static electricity
■ Coated with noncorrosive ultra high purity Type R rosin flux
■ Quickly and thoroughly removes solder

Static Dissipative Packaging
■ DOD Standard 1686C and MIL-HDBK-263B
■ Mil-Std-2000A
■ Mil-B-81705C Static Decay Rate Provision

PermaPak™ Barrier Packaging contains 25 bobbins per package

Wick Size #1 White/Gray

0.03" / 0.8mm wide - best for SMD and micro-circuits

2-5L

5' / 1.5m L, ESD-safe bobbin

25 bobbins/case

 

 ---------

 

Wick Size #2 Yellow

0.06" / 1.5mm wide - best for small pads and SMD

5-5L

5' / 1.5m L, ESD-safe bobbin

2   5 bobbins/case

--------------

 

 

Wick Size #3 Green

0.08" / 1.9mm (2mm) - best for medium pads

7-5L

5' / 1.5m L, ESD-safe bobbin

25 bobbins/case

 

----------

 

Wick Size #4 Blue

0.110" / 2.8mm - best for large pads

 

10-5L

5' / 1.5m L, ESD-safe bobbin

25 bobbins/case

 

 

 

 

 

 

 

 

 

NOTES:
1. ALL sizes are available now-
2-5L - equivalent of size #1
5-5L- equivalent of size # 2
 Green (7-5L)- 1.9mmx 1.5m ( equivalent of size #3)

 Blue (10-5L) – 2.5mm x1.5m ( equivalent of size #4 )

 

 

 ========

notes: 

1.

How are Soder-Wick and Chem-Wik desoldering braid products classified?

Chemtronics uses 2 types of flux: Soder-Wick and Chem-Wik lines use natural gum rosin. Per J-STD-004 Section 3.2, they are classified as ROL0. Per British Std. EN 29454-1:1993 and ISO9454-1:1990, they have a classification of 1.1.1.B. No-Clean and Lead-Free fluxes are synthetic (non-colophony)flux. Per J-STD-004 Section 3.2, they are classified as REL0. Per British Std. EN 29454-1:1993 and ISO9454-1:1990, the No-Clean and Lead-Free fluxes have a classification of 1.2.3.B.

What is desoldering wick made of?

Desoldering braid (wick) is made of fine strands of ultra-pure copper woven and coated with flux. Its geometrically precise weave design allows for maximum capillary action and solder capacity. Soder-wick optimizes heat transfer through the braid and into the solder joint, resulting in faster wicking action than any other competitive brand. Minimal flux residue on the board speeds up the cleaning process or eliminates it entirely.

 

 

Chemtronics ES1626 DPL Lubricant, 11oz. Aerosol Can

Chemtronics ES1626 DPL Lubricant, 11oz. Aerosol Can

SKU= CHEM-ES1626

The Chemtronics ES1626 Deep Penetrating Lubricant (DPL) is a deep penetrating lubricant formulated to displace moisture, inhibit corrosion, reduce friction and protect metal surfaces.

Chemtronics ES1626 Features:

• Non-flammable
• Safe on plastics
• Protects metal surfaces
• Excellent dielectric properties
• Cleans, protects and lubricates all electrical and electronic switches, contacts, relays, plugs and sockets
• Used on applications exposed to extreme weather conditions
• Loosens rusted cabinets and hinges
• 11oz. aerosol

 PRODUCT DESCRIPTION

DPL® Lubricant is specially engineered to clean, displace moisture, inhibit corrosion, reduce friction and protect metal surfaces in one easy step. Formulated to provide long-lasting protection and improved performance to electrical and electronic contacts, 

DPL® Lubricant is the extra-strength multipurpose lubricant that provides a long-lasting film that protects metals from corrosion under the most extreme conditions. DPL® Lubricant is registered with the NSF as an H2 lubricant for use in and around food processing areas. ƒ 

Cleans, protects, and lubricates all electrical and electronic switches, contacts, relays, plugs, and sockets ƒ Can be used in applications exposed to extreme weather conditions ƒ Displaces moisture from electrical and electronic components ƒ 

NSF H2 Registered ƒ Minimizes friction and metal wear ƒ Excellent corrosion protection under high humidity and salt spray conditions ƒ Loosens rusted cabinets and hinges ƒ Works on most metals, even aluminum ƒ Contains special corrosion inhibitors for longterm protection 

TYPICAL APPLICATIONS :

DPL® Lubricant effectively cleans and lubricates: 

Electrical and electronic contacts , ƒ Potentiometers and rheostats ,  ƒ Solenoids,  ƒ Electrical equipment ƒ , Meters and test equipment ƒ Controllers ƒ Motors, generators and compressors, ƒ Bearings, chains, cables, pulleys and gear

 

 -----------

notes:

1. TDS / MSDS

 

 

Conformal Coating- aerosol type- 10 oz. (413 ml) aerosol

Chemtronics KONFORM CTSR-12

SKU= CHEM-CTSR-12 

 

Konform® SR Silicone Conformal Coating

UL-certified silicone conformal coating for maximum flexibility and protection from extreme temperatures and vibration damage

Konform SR provides maximum flexibility for extreme temperatures. This transparent conformal coating provides ideal protection for both rigid and flexible printed circuit boards. Cured coatings are hydrolytically stable and retain their physical electrical properties after high temperature and humidity exposure. Konform SR will not stress delicate circuit components.

Konform SR is available in three different viscosities to match your application process:

• Standard viscosity - 40± 5 cps
• Medium viscosity - 60± 5 cps
• High viscosity - 120± 5 cps

Features & Benefits

• Engineered for applications where flexibility and high temperature resistance are required
• Silicone coating stable from -85°F/-64°C to 390°F/199°C
• High dielectric strength of 1100 volts/mil
• Easily removed with Electro-Wash® Two Step or CircuitWorks® Conformal Coating Remover Pen
• Passes the laboratory tests of MIL-I-46058C. However, it is not qualified on QPL-46058.
• Compliant to IPC-CC-830A
• RoHS Compliant
• UL Recognized, File E76307
• UL 94 V-0
• Contains a UV indicator for Quality Control inspection using medium intensity light at 265-335 nm

Applications

• Extends component life by protecting against adverse environments
• Good insulation properties, excellent flexibility
• Resists moisture, salt, fungus, corrosive vapors, and severe environments
• Engineered to withstand heat generated by electronic circuitry as well as climatic temperatures

 -----

notes: 

1. TDS