Anti Set-off Powder Pack Size: 1kg

Shubhlax (Anti set-off Powder) is a modified product of maize starch. Anti set-off spray powder of 18-22 micron size for general purpose printing. Due to the special production method the single particles receive a rounded shape. A unique grain sorting and the character of the powder grains support easy and dependable handling. Anti set-off powder is inert to normal humidity. It is stable in storage. With its high specific weight anti set-off is extremely dust dependent and economical in application. The dust accumulation in the delivery and around the printing press can be minimized. It can be sprayed evenly and without big turbulence. This supports a good and exact stack formation.
FEATURES
-Better ink set-off production for high pile heights and heavy prints.
-It can be used even during post printing operations.
-Promotes slip so that helps sheets to slip over and reduce static charge.
-Particle size of 18-22 microns to be used for all general purpose printing on small to medium size presses.
-Reduces the amount of blanket wash ups and press down time.
-Good for air guns and electrostatic units.
APPLICATIONS
Anti Set-Off Spray Powder has many applications in the field of printing press like:
Use as instructed by spray unit manufacturer.
Inadequate powder can result in adequate coverage and may lead to set off and poor ink trapping due to lack of oxygen.

BENIFITS
Anti Set-Off Spray Powder has number of benefits in printing field:
It is used to make an air gap between printed sheets of paper.
It is used to separate printed sheets to enable air to naturally dry the printing ink.
Spray Powder is also used in the manufacture of float glass to enable the large sheets to slide easily over each other.

PRECAUTIONS

In Handling-Use gloves, hand protection gear and eye protection while handling. The chemical should be provided separately with the pouches.
In Using - Do not cook or heat the powder.
In Storing - Store under dry conditions (max. 70% relative humidity) and well protected from heat.