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resin solvent, composite solvent, polyester solvent, resin cleaner, polyester cleaner, composite cleaner

 

APPLICATIONS 

 

 

resin solvent, composite solvent, polyester solvent, resin cleaner, polyester cleaner, composite cleaner

resin solvent, composite solvent, polyester solvent, resin cleaner, polyester cleaner, composite cleaner resin solvent, composite solvent, polyester solvent, resin cleaner, polyester cleaner, composite cleaner

Cleaning of quick or slow-curing epoxy structural adhesives.

Dissolving and cleaning of freshly polymerised polyurethane foams, insulation, sealing, repair and filling PU.

Cleaning of equipment for removing paints or
resins for grouting industrial floors.

resin solvent, composite solvent, polyester solvent, resin cleaner, polyester cleaner, composite cleaner resin solvent, composite solvent, polyester solvent, resin cleaner, polyester cleaner, composite cleaner resin solvent, composite solvent, polyester solvent, resin cleaner, polyester cleaner, composite cleaner
Cleaning of spraying materials including
simultaneously.

Cleaning of Blow'In materials for
polyester/fibreglass flock spraying.

Cleaning removal materials, creating PU sports hall floors

 

resin solvent, composite solvent, polyester solvent, resin cleaner, polyester cleaner, composite cleaner

 

 

Substitute for Toluene Xylene/Acetone MIBK mixes toxic and very easily flammable. Elimination of road paints on application equipment including when dried.


 

 

SOLVENT PERFORMANCE TEST

iBiotec OPERATING MODE

 

 

WITH CLOTH

TEST

A- SUBJECT

This procedure deals with the method for checking the effectiveness of a degreasing operation using the white cloth test.
B- METHOD
Spread 0.200 g of the defined product to be degreased on 6 aluminium cups cleaned beforehand using a clean cloth and a NEUTRALENE RG 30 type solvent.
Clean surfaces according to the following conditions and methods :

 

CONDITIONS BEFORE

CLEANING

 

NONE

HEATING OF THE POLLUTED LID TO 100°C FOR 6H

UV EXPOSURE OF THE COVER POLLUTEDFOR 3H

 

 CLEANING METHOD

Dissolution* by dipping
without mechanical agitation

 

Dissolution** in a US tank (to simulate mechanical agitation)

Dissolution* by dipping
without mechanical agitation

 

Dissolution** in a US tank (to simulate mechanical agitation)

Dissolution* by dipping
without mechanical agitation

 

Dissolution** in a US tank (to simulate mechanical agitation)

 

Note the dissolution times for each method.

After cleaning, allow the surfaces to air dry for 1 night or put them in a drying oven for 10 to 20 minutes.

 

resin solvent, composite solvent, polyester solvent, resin cleaner, polyester cleaner, composite cleaner

 

C- RESULTS

Wipe the surface of the lid with the white cloth. If there are any coloured marks on the cloth, this means that grease is present. Degreasing will therefore not be effective. If the cloth stays white, this means that the surface is clean.

 

 

SOLVENT PERFORMANCE TEST

iBiotec OPERATING MODE

 

 INK OR PEN

SURFACE TENSION MEASUREMENT

TEST

A- SUBJECT

This procedure deals with the method for checking the effectiveness of
a degreasing operation using ink or a pen to measure surface tension.

B- METHOD
Spread 0.200 g of the defined product to be degreased on 6 lids of 1L tins cleaned and degreased beforehand using a clean cloth and a solvent
(preferably NEUTRALENE RG 30)
Clean surfaces according to the following conditions and methods:

 

CONDITIONS BEFORE

CLEANING

 

NONE

HEATING OF THE POLLUTED LID TO 100°C FOR 6H

UV EXPOSURE OF THE COVER POLLUTEDFOR 3H

 

 CLEANING METHOD

Dissolution* by dipping
without mechanical agitation

 

Dissolution** in a US tank (to simulate mechanical agitation)

Dissolution* by dipping
without mechanical agitation

 

Dissolution** in a US tank (to simulate mechanical agitation)

Dissolution* by dipping
without mechanical agitation

 

Dissolution** in a US tank (to simulate mechanical agitation)

 

Note the dissolution times for each method.

After cleaning, allow the surfaces to air dry for 1 night or put them in a drying oven for 10 to 20 minutes.

* Dissolution in the solvent whose effectiveness is to be tested. Disolución en el disolvente cuya eficacia se desea comprobar.
** Place the lid in a 2000 ml beaker with the solvent whose effectiveness is to be tested, filled to 1000 ml.

 

 

SOLVENT PERFORMANCE TEST

iBiotec OPERATING MODE

 

C- DETERMINING SURFACE TENSION
C.1 Method for determining surface tension
Use the pen or ink to make a line (5 to 20 cm long) whose surface energy value is the lowest (30 mN/m).

Repeat this step by increasing the value of the pen or ink. If the deposited ink contracts and forms small drops (see picture below), this means that the surface energy is less than the product’s. On the other hand, if the film that forms is clear and uniform (see photo below), the substrate’s surface tension is equal to or less than the ink’s.

resin solvent, composite solvent, polyester solvent, resin cleaner, polyester cleaner, composite cleaner

Example: In the photo on the top, the surface tension of the surface is ≥ 38 mN/m and < 44 mN/m


C.2 Determining the lids’ surface tension
Determine the surface tension by following the method described in C.1 on a clean lid (without adding grease) cleaned and dried beforehand. Then use the same ink to measure the degreased lids.

 

 

 

D- RESULTS
If the ink beads or contracts on the lid’s surface, this means that degreasing is not effective. If the ink is clear and uniform, then this means that the cleaned surface is clean and degreasing is effective.

resin solvent, composite solvent, polyester solvent, resin cleaner, polyester cleaner, composite cleaner

 

 

SOLVENT PERFORMANCE TEST

iBiotec OPERATING MODE

 

 

TEST WITH USE OF A UV LAMP

with a 365 to 400 nm wavelength

A- SUBJECT

This procedure deals with the method for checking the effectiveness of a degreasing operation using a UV.A 365 to 400 nm lamp.
B- METHOD
Spread 0.200 g of the defined product to be degreased on the back of 6 aluminium cups cleaned beforehand using a clean cloth. Clean surfaces according to the following conditions and methods:

 

CONDITIONS BEFORE

CLEANING

 

NONE

HEATING OF THE POLLUTED LID TO 100°C FOR 6H

UV EXPOSURE OF THE COVER POLLUTEDFOR 3H

 

 CLEANING METHOD

Dissolution* by dipping
without mechanical agitation

 

Dissolution** in a US tank (to simulate mechanical agitation)

Dissolution* by dipping
without mechanical agitation

 

Dissolution** in a US tank (to simulate mechanical agitation)

Dissolution* by dipping
without mechanical agitation

 

Dissolution** in a US tank (to simulate mechanical agitation)

 

After cleaning, allow the surfaces to air dry overnight or put them in a drying oven for 10 to 20 minutes.

Place the lids in a black cabinet (or in a completely black room) and illuminate them with a UV.A 365 to 400 nm lamp (with a 365 to 400 nm wavelength).

C- RESULTS

resin solvent, composite solvent, polyester solvent, resin cleaner, polyester cleaner, composite cleaner

 

 

 

Manufacturing, lubrification, cleansing, protection,
IBiotec
® Tec Industries® Service
offers a wide range of products reserved for industrial area

 


 If you wish for :

 

a free sample
a technical advice
a product data sheet
a safety data sheet

 

- Please contact us -

 


IBiotec® Tec Industries®Service
manufacturer of technical chemical products.
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