MARMOT flux MTR264

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Technical Data Sheet

MTR264

 

Product name: 

 MARMOT® Flux MTR264

Description and key properties:

 

  • No clean low residue flux for wave soldering with lead-fee (RoHS)
    solders MARMOT®
  • Spray or foam application
  • Highly activated by unique MARMOT® patented combination of hydro-halide and inhibitor of corrosion
  • For soldering high-end electronics even highly oxidized color metals
  • Highly activated flux. Also usable for nickel plated components and steel
  • Flux neutralize itself after soldering depending on process of production
  • Dilutable flux according to used process of soldering and solderability of soldered parts 
  • Flux for PCB without nonsolderable mask and with epoxy based  nonsolderable mask
  • The flux is not suitable for soldering by naked flame – it is highly flammable
     

Operating manual:

Flux is applied by foam, spray or wetting.

Flux can be accordingly diluted to minimize residues after soldering

 

 


 

Technical specification:

Corresponds to norm:

Classification:

 

EN 29454-1     

2.2.2.A

Fully complies EU directive - RoHS

DIN

F-SW-25

 

J-STD

ORM1

Form

Liquid

Aroma

Alcoholic

Density

0,821

kg/dm3

Melting point

-

C

Boiling point 

82 -  84

C

Color

yellow - brownish  

Spread factor – USA methodology MIL-F-14256D

78-82

%

Spread areal – EU methodology

228

mm2

Absolute corrosive  effect on  Cu mirror

Partial depletion Cu 4000 Angstrom

- EN 29455-5 (ISO 9455-5:1992)

Without corrosion - Complies excellent

- USA method MIL-F-14256D:

Mild corrosion

corrosive  effect tropical humidity 21 days

Without corrosion - Complies excellent

Insulation resistance :

 

 

1kV distance 1mm

 

M ohm

PCB  distance 1 x 1mm

6500

G ohm

electrical breakdown distance 1mm

 

KV

Soluble in:

Isopropyl alcohol

without limits

g/lit.

 

 

Recommended thinner :                

Isopropyl alcohol

Recommended  cleaner:

Hot water – hot water with wetting agent

Used methodology conform  the norm MARMOT,  M01-3 for led free solders M01.1

Other proprieties: Solid substance read safety data sheet if released

For aviation and military devices is recommend cleaning, for other usage we recommend to test the influence of flux residues on the device, according to the aspect of device and process of production.
In all other application where the small residuum of the flux after soldering does not affect the product
is not necessary to apply cleaning. 

Issued:

22.7.2008

Revised

25.01.2013

         

 

11.0.

Safety and health protection

 

 

11.1.

Long lasting and repeated contact with skin can cause irritation and sensibility, therefore is necessary to avoid direct contact.  In case when it is not possible exclude possibility of direct skin contact, the workers must wear suitable personal protective equipment. Work area must be ventilated. Do not drink or eat during work. Do not use naked flame. After work, hands should be washed with soap and warm water and cared with protective cream.

 

 

11.2.

First Aid

 

Inhalation – in case of excessive inhalation of flux fumes emitted during soldering, remove affected person to fresh air.

Ingestion – in case of accidental Ingestion, wash out mouth with water and give enough pure water to drink.

Skin contact – in case of skin contact, wash the place with soap and warm water.

Eye contact – in case of eye contact, flush the eyes immediately with plenty of water.

In case of large health damage or eyes contact, seek medical attention. 

 

11.3.

Above mentioned precautions are recommended for health protection of the workers, obligatory measures are described in Safety Data Sheet (SDS) - if released, and do not substitute internal safety regulations of final customer.