Promoters

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Promoters Specification

Other Names
Catalyst Promoter

Application
Widely used in resin and plastic industry

Shape
Granular

Particle Size
Fine

Ph Level
Neutral

Physical Form
Solid

Poisonous
No

Smell
Odorless

Solubility
Insoluble in water

Shelf Life
1 Year

Grade
Industrial Grade

Chemical Name
Promoters

Type
Industrial Chemical

Color
Off White

Usage
Used as a catalyst accelerator in chemical reactions

Purity(%)
99%

Storage
Keep in cool and dry place

Appearance
Powder

About Promoters

Adhesion Promoters

ANCHOR 251 / 252 / 265 / 270

ANCHORTM251	Polyimine technology	Adhesion promoter for Flexographic inks based on polyvinyl butyrate for untreated woven sacks printing as coupling agent for Water based, liquid inks (lexo gravure) based on NC, Polyamide, Aqueous inks
ANCHORTM252	Modified trivalent chealate phosphate preparation	Excellent Adhesion promoter for polyamide, NC, PU based Flexo and Gravure liquid ink systems, solvent based digital Ink system for BOPP/ HDPE / LDPE / PET

ANCHOR^TM265

Modiied zirconium propionate preparation

Adhesion promoter for water based system

ANCHOR^TM270

Titanium chealate

Adhesion promoter for Nitrocellulose, Polyurethane, PVB Ketonic based lexo gravure Ink Coatings for Polyolefinics Polyester substrates

Versatile Catalyst Accelerators for Industrial Processes

Promoters, commonly known as catalyst promoters, play a pivotal role in accelerating chemical reactions, particularly in the resin and plastic sectors. Their fine granular form and neutral pH ensure optimal integration into industrial processes, resulting in reliable and consistent performance across diverse applications without posing environmental or health risks.

Safe, Stable, and Easy to Handle

Formulated to be non-hazardous and odorless, these industrial promoters offer safety in handling, storage, and transport. Remaining stable under recommended storage conditions and free from toxicity, they uphold stringent quality standards, making them suitable for regulated industrial workspaces.

FAQs of Promoters:

Q: How should Promoters be stored to preserve their quality?

A: Promoters should be kept in a cool, dry place in tightly sealed 25 kg bags to prevent moisture absorption and maintain their reactivity and fine particle size throughout the one-year shelf life.

Q: What benefits do Promoters offer in resin and plastic manufacturing?

A: By acting as catalyst accelerators, Promoters significantly reduce reaction times and increase the efficiency of production processes, resulting in improved throughput and product consistency for manufacturers.

Q: Where are these catalyst Promoters typically applied?

A: These Promoters are widely utilized in the resin and plastic industry, where they enhance the catalytic activity in various chemical synthesis, curing, and molding processes.

Q: When is it appropriate to use Promoters in a chemical reaction?

A: Promoters should be incorporated during the catalytic acceleration phase of resin or plastic manufacturing, especially when seeking to improve the rate and efficiency of chemical reactions without altering the physical properties of the end product.

Q: What process should I follow for industrial usage of Promoters?

A: For optimal performance, measure the required quantity of Promoters based on the specific industrial application, blend cautiously with compatible resins, and handle using appropriate safety procedures as advised for non-hazardous powders.

Q: Are Promoters safe for transportation and handling?

A: Yes, Promoters are classified as non-hazardous and are non-restricted under IATA and IMDG regulations, allowing for safe transport. Their odorless and inert nature further facilitates risk-free handling during storage and use.

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