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Laser Marking Additive for PA66 PA+GF 1Laser Marking Additive for PA66 PA+GF 2Laser Marking Additive for PA66 PA+GF 3Laser Marking Additive for PA66 PA+GF 4Laser Marking Additive for PA66 PA+GF 5
  • Laser Marking Additive for PA66 PA+GF 1
  • Laser Marking Additive for PA66 PA+GF 2
  • Laser Marking Additive for PA66 PA+GF 3
  • Laser Marking Additive for PA66 PA+GF 4
  • Laser Marking Additive for PA66 PA+GF 5

Laser Marking Additive for PA66 PA+GF

Model:DM-GB0051
Brand:DOME
Origin:Made In China
Category:Chemicals / Chemical Auxiliary & Catalyst / Chemical Auxiliary
Label:laser additive , laser marking , laser masterbatch
Price: US $25 / kg
Min. Order:1 kg
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Member Information

Detail

Shenzhen DOME Materials Co., Ltd.

Free MemberGuang Dong - China
Last Online:10 Oct, 2024

Product Description

Product Description

Laser marking additives are substances added to materials to make them more suitable for laser marking processes. These additives can improve the contrast, durability, and readability of the marks made by the laser.

DOME Materials specializes in developing and providing laser marking additives for various industries. Our laser marking additives can be applied to a wide range of materials including PP, PA, PE, PC, ABS, TPU, PBT, POM, etc. These additives are designed to improve the quality, permanence, and readability of laser markings on these materials.

We pride ourself on being one of the leading Plastic Laser Marking Additive manufacturers in China. Our Laser Marking Additive is suitable for various processes, including injection molding, blow molding, and extrusion. We can provide OEM service to meet your needs.

Contact us for more information at: https://domematerials.com/| lucy@domematerials.com| WhatsApp: 008613798308944

 

Top Picks

Product Name

Model No.

Compatibility

Dosage

Laser Type

Laser Marking Masterbatch - Black Mark on Colored Polymer

DM-GW0032

Universal

1-5%

Fiber Laser(1064nm), UV Laser(355nm), Green Laser (532nm)

DM-GW0042

PP

1-5%

Fiber Laser(1064nm), UV Laser(355nm), Green Laser (532nm)

DM-GW0052

PC

1-5%

Fiber Laser(1064nm), UV Laser(355nm), Green Laser (532nm)

DM-GW0062

Universal

1-4%

UV Laser(355nm), Green Laser(532nm)

Laser Marking Masterbatch - White Mark on Black Polymer

DM-GB0031

Universal

0.5-0.6%

Fiber Laser(1064nm), UV Laser(355nm), Green Laser (532nm)

DM-GB0041

PC

1-1.5%

Fiber Laser(1064nm), UV Laser(355nm), Green Laser (532nm)

DM-GB0051

ABS

1-1.5%

Fiber Laser(1064nm), UV Laser(355nm), Green Laser (532nm)

DM-GB0061

Universal

1-1.5%

Fiber Laser(1064nm), UV Laser(355nm), Green Laser (532nm)

Laser Marking Masterbatch - Black Mark on Transparent Polymer

DM-GB0030

PP

1-1.5%

Fiber Laser(1064nm), UV Laser(355nm), Green Laser (532nm)

DM-GB0040

PC

1-1.5%

Fiber Laser(1064nm), UV Laser(355nm), Green Laser (532nm)

Laser Marking Masterbatch - White Mark on Colored Polymer

DM-GG0033

Universal

1-3%

UV Laser(355nm), Green Laser(532nm)

Laser Marking Powder - Black Mark on Colored Polymer

DM-PW0036

Universal

0.2-0.5%

Fiber Laser(1064nm), UV Laser(355nm), Green Laser (532nm)

DM-PW0046

ABS

0.2-0.5%

Fiber Laser(1064nm), UV Laser(355nm), Green Laser (532nm)

DM-PW0056HE

PBT

0.1-0.3%

Fiber Laser(1064nm), UV Laser(355nm), Green Laser (532nm)

Laser Marking Powder - White Mark on Black Polymer

DM-PB0037

Universal

0.2-0.5%

UV Laser(355nm), Green Laser(532nm)

 

Features of Laser Marking Additive Masterbatch:

  • High contrast marking: Laser marking additive masterbatch is designed to produce high contrast, permanent marks on a variety of materials including plastics, rubber, and metals.
  • Compatibility with various polymers: The additive masterbatch is formulated to be compatible with a wide range of polymers, allowing for easy integration into existing manufacturing processes.
  • UV resistance: The marks produced by the additive masterbatch are resistant to fading and degradation from UV exposure, making them suitable for outdoor and long-term applications.
  • High-temperature resistance: The masterbatch is engineered to withstand high temperatures, ensuring that the marks remain intact and legible even in extreme conditions.
  • Customizable marking effects: The additive masterbatch can be customized to produce different marking effects such as foaming, color change, or surface texturing, providing flexibility for different application requirements.
  • Environmentally friendly: The masterbatch is free from heavy metals and other harmful substances, making it an environmentally friendly option for laser marking applications.
  • Easy to use: The additive masterbatch is designed for easy incorporation into the manufacturing process, requiring minimal adjustments to existing equipment and processes.
  • Cost-effective: By using the additive masterbatch, manufacturers can achieve high-quality, permanent marks without the need for additional marking equipment or consumables, resulting in cost savings.

Advantages of Using Laser Marking Additive:

  1. High precision: Laser marking additive offers extremely high precision and accuracy, allowing for intricate and detailed marking on a variety of materials.
  2. Permanent marking: Laser marking additive creates permanent markings on the surface of the material, ensuring long-lasting and durable identification.
  3. Versatility: Laser marking additive can be used on a wide range of materials including metals, plastics, ceramics, and even some organic materials.
  4. Environmentally friendly: Laser marking additive is a non-contact process that does not require the use of inks, solvents, or chemicals, making it an environmentally friendly marking solution.
  5. Speed and efficiency: Laser marking additive is a fast and efficient process, allowing for high-speed production and marking of parts and products.
  6. No contact: Laser marking additive does not require direct contact with the material, reducing the risk of damage or contamination.
  7. Customization: Laser marking additive allows for the customization of markings, including logos, serial numbers, barcodes, and other unique identifiers.
  8. Low maintenance: Laser marking additive systems typically require minimal maintenance, resulting in lower operational costs and increased productivity.

How to Use Laser Marking Additive?

  • After blending with the target material, utilize an extruder for granulation. The processing parameters of the target material will remain unchanged during the extrusion granulation process, followed by forming parts using blow molding, injection molding, extrusion, and other processes.
  • Mix the dry ingredients directly with the target material, then use the injection molding machine to inject the parts directly.
  • It can be used with masterbatches, dyes, and pigments during extrusion granulation and direct injection molding. The colors include white and light yellow, light blue, light red, gray, and other laser carving masterbatches suitable for paint, ink, coating, PP, PE, PVC, HIPS, ABS, TPU, TPE, TPV, TPR, PBT, PET, PC, marking on PA, POM, PET, Nylon, epoxy resin, and other materials. It can mark black, white, gold, and other writing.

Application of Laser Marking Additive Masterbatches:

Laser marking additive masterbatch is a specialized material that is used in the plastic industry for laser marking applications. It is typically added to plastic resins during the manufacturing process to enable high-contrast, permanent marking on plastic products. Some common applications of laser marking additive masterbatch include:

  1. Automotive and aerospace components: Laser marking additive masterbatch is used in the production of plastic components for vehicles and aircraft, allowing for the addition of serial numbers, barcodes, and other identification marks for traceability and quality control.
  2. Medical devices and equipment: Plastic parts and components used in medical devices and equipment often require permanent, high-contrast markings for regulatory compliance and tracking purposes. Laser marking additive masterbatch enables precise and durable marking on these products.
  3. Electronic and electrical components: Plastic housings, connectors, and other components used in the electronics and electrical industry can benefit from laser marking additive masterbatch to add product information, branding, and other essential markings.
  4. Consumer goods: Laser marking additive masterbatch is used in the production of a wide range of consumer goods, including packaging, household appliances, and personal care products, to incorporate branding, product information, and decorative markings.
  5. Industrial and commercial products: Various plastic products used in industrial and commercial settings, such as tools, equipment, and machinery components, utilize laser marking additive masterbatch for permanent identification and tracking.

Package and Storage

  • Caton Size: 500*380*160mm | 420*380*160mm
  • Weight: 25Kgs/carton | 20Kgs/carton
  • Laser additive is packaged in a plastic box or a carton lined with a PE bag;
  • Laser additive is non-dangerous goods;
  • Please store in dry and ventilated conditions;
  • Waterproof and moisture-proof;
  • Avoid sun exposure;
  • Please seal the unused portion of the Laser additive;
  • Please use it up within 24 months.

DELIVERY: 1-3 working days under 5000Kgs, 5-7 working days for Bigger Order

 


Product Image

Laser Marking Additive for PA66 PA+GF 1
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Laser Marking Additive for PA66 PA+GF 2
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Laser Marking Additive for PA66 PA+GF 3
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Laser Marking Additive for PA66 PA+GF 4
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Laser Marking Additive for PA66 PA+GF 5
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Send Inquiry to this Member

Shenzhen DOME Materials Co., Ltd.

Huangjin North Road No.19, Nanwan Street, Longgang District, Shenzhen, China

Phone:
0086-13798308944
Fax:
Contact:
Lucy Yu (Marketing Manager)
Mobile:
13713521464

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