• Cmit / Mit - Fe Serve as a Highly Efficient Preservative
  • Cmit / Mit - Fe Serve as a Highly Efficient Preservative
  • Cmit / Mit - Fe Serve as a Highly Efficient Preservative
  • Cmit / Mit - Fe Serve as a Highly Efficient Preservative
  • Cmit / Mit - Fe Serve as a Highly Efficient Preservative
  • Cmit / Mit - Fe Serve as a Highly Efficient Preservative

Cmit / Mit - Fe Serve as a Highly Efficient Preservative

Status: Liquid Catalyst
Response Type: Polymerization
Classification: Homogeneous Catalysts
Usage: Positive Catalyst, Negative Catalyst
Effect Size: Primary Catalysts
Manufacturing Method: Mechanical Mixing
Samples:
US$ 10/kg 1 kg(Min.Order)
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Rating: 5.0/5
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Basic Info.

Model NO.
CAS 55965-84-9
Application Industry
Medical Science
Application
Personal Care, Cosmetics, Paint and Emulsion
Appearance
Light Yellow Transparent Liquid
Specification
25KG/DRUM
Trademark
LABEYOND
Origin
China

Product Description

No.

Item

Description

1

Appearance

Colorless or yellow transparent liquid

2

Content of Active Substance (%)

10

3

pH value

2.0~5.0

4

Density (g/ml)

1.10~1.30

Application field 
Used in the industries of gasolines, kerosenes, oils, lotions, industrial oils, oil field chemicals, paints and coatings, textiles and dyes, daily chemicals, and cosmetics.
Performance characteristics
Serve as a highly efficient preservative
Regulation 
Operational instruction must be strictly followed. Avoid any contact with the skin. Wear protective clothes, goggles, and rubber gloves in operation. Once any contact with the skin happens, wash the skin immediately with plenty of water and soaps; when it splashes into eyes, wash immediately with plenty of water and buffer solutions. 
Packaging
250 kg per drum.
Storage and Transportation 
With a shelf time of one year when stored at room temperature in a dark, air-tight, and moisture-proof place.


Cmit / Mit - Fe Serve as a Highly Efficient PreservativeCmit / Mit - Fe Serve as a Highly Efficient PreservativeCmit / Mit - Fe Serve as a Highly Efficient PreservativeCmit / Mit - Fe Serve as a Highly Efficient PreservativeCmit / Mit - Fe Serve as a Highly Efficient PreservativeCmit / Mit - Fe Serve as a Highly Efficient PreservativeCmit / Mit - Fe Serve as a Highly Efficient Preservative

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