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Uniclean Multi purpose cleaner

Uniclean is a great product to have at home. This biodegradable professional multi purpose cleaner will help you quickly clean any kinds of filth and even the most stubborn pollution and grease deposits. It works on almost all materials, but if you need an all purpose cleaner that does not produce foam, you should check out Uniclean Low Foaming.

In stock
Only %1 left
SKU
54100
As low as €12.56
Delivery is NOT included in the price
Tax excluded

PRODUCT DESCRIPTION

Uniclean is a very efficient multi purpose cleaner for cleaning grease deposits, soot and many other types of pollution.
Uniclean is very useful as an all purpose cleanerat homeand in professional and industrial environments. Replaces petroleum cleaners and ammonia cleaners.
Uniclean is environmentally friendly and 100% biodegradable.

USE

Uniclean can be used on almost all materials.

CHARACTERISTICS

• Gentle on the surface
• 100% biodegradable
• 98% bio based
• Suitable as a paint cleaner for paintwork
• Replaces petroleum and ammonia based cleaners

PACKAGING

1 l, 5 l and 10 l.

OPERATING INSTRUCTIONS

1. Depending on the pollution, dilute Uniclean with water (dilute up to 1:30) or use concentrated.
2. Apply Uniclean with a low pressure sprayer, microfibre cloth or brush.
3. Let the product work on the surface for a couple of minutes. Scrubbing the surface with a white pad or power sponge speeds up the process.
4. Rinse the surface with water and/or a damp microfibre cloth.
5. Repeat the procedure if necessary.

APPLICATION CONDITIONS

UNICLEAN can be applied in all weather conditions.

THEORETICAL CONSUMPTION

Consumption is strongly dependent on degree of fouling and dilution used.

STORAGE AND STABILITY

Can be stored for at least 24 months in original unopened packaging. Store in a cool, frost-free place.

SAFETY PRECAUTIONS

Avoid skin and eye contact, wear suitable gloves, protective clothing and safety goggles. When in doubt, always consult the safety data sheet or our R&D department.

Consumption is strongly dependent on degree of fouling and dilution used.