BX Antistatic Additive

Introduction – What is Antistatic additive

The purpose of using antistatic agents in polymers is to reduce the static electricity build-up. Thus avoid dust attraction, and film sticking as well as safe spark-free handling of the plastic articles. They are used in polyolefin polymerization processes to reduce static build-up inside different reactor systems, also plastics like BOPP film, PVC, PP, PE, ABS, PS, and PET. In agriculture, packing, and petrochemical applications.

 

Antistatic Additive by Type

Antistatic Agent by acting time

Permanent Antistatic or we say long-lasting.  or temporary antistatic or we say short-term antistatic.

Antistatic Agent by function

Antistatic agents can are divided into two general categories internal and external antistatic additives.

 

Types & features of antistatic agents

typemigratory additivespermanent antistaticconductive carbon black/nanotube
surface resistivity levelAntidust to ESDAntidust to ESDConductive
humidity dependentYesNoNo
typical dosage0.2-2%7-20%3-10%
resistance level range109-10 12108-10 14104-105
advantages• Low dosage• No bleed-out, No polluting

•Perform immediately & long lasting

• Best performance

•Lower cost compared with permanent antistatic

drawback• Bleed-out

• Performance loss by washing

• Short term effective

• Higher dosage & costs• Negative impact on mechanical,

• Black color only

 

Antistatic Additive by chemical

Antistatic agents can are divided into the following 3 general categories;

  1. anion antistatic agents
  2. Cation antistatic agents
  3. non-ionic antistatic agents

Antistatic Additive by application

  1. Antistatic agent for plastics like BOPP file, PP, PE, ABS, PVC,
  2. Antistatic agent for fiber
  3. Antistatic agent for rubber
  4. Antistatic agent for coating

Antistatic Additive by market

  1. Antistatic agent for E&E industry
  2. Antistatic agent for the packaging industry

Antistatic Additive Product Form

  1. Liquid
  2. Pellet
  3. Masterbatch
  4. Paste
  5. Powder

 

Specifications of Antistatic Additives

Item nameDescriptionFormCompare as
BX ATA 129Glyceridewhite powderAtmer 129
BX ATA 163Ethylamine oxideliquidAtmer 163
BX ATA 1800Ethoxylated aminewhite solidArmostat 1800
BX ATA 300Ethoxylated amineyellow pasteArmostat 300
BX ATA 400Ethoxylated amineslight yellow solidArmostat 400
BX ATA 600Ethoxylated aminewhite solidArmostat 600
BX ATA 93Sodium alkyl sulfatelight yellow pelletsHOSTAPUR SAS 93

Package

Varies due to product forms

Things to know about antistatic agent

  • Humidity: Irrespective of the additive used, humidity has an impact on anti-static performance. At low humidity (<30% RH), the anti-static performance will start to deteriorate rapidly as there is not enough water in the atmosphere to easily form a conductive film with the anti-static on the surface.
  • Presence of other additives: The performance of anti-static additives can be affected by both inorganic fillers and pigments which may adsorb the additive onto their surface, restricting migration of additive to the surface. Other migratory additives such as slip and anti-fog may also compete at the surface and reduce the anti-static effect. It is important to trial the additive system in a formulation representative of the final application, as addition levels may need to be adjusted to give the correct balance of properties in the end product or application.
  • Other process variables that may affect anti-static performance are corona treatment, high winding tension, and laminated film layers. All of these variables can impact the migration properties of additives reducing the capability of the additive to perform.

Storage

BX antistatic agent shelf life is 1-2 years in cool and dry conditions

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Brochure

plastic additive brochure baoxu chemical

 

Sample and Inquiry

Please contact our online sales or mail at info@additivesforpolymer.com for a sample and general inquiries.