Customized Laser Marking Additives China Manufacturer
Industrial Laser Marking Experts
Total Solutions for Plastics Laser Marking
DOME Materials offers a variety of laser marking additives tailored to optimize laser marking results for different polymer formulations, including ABS, PA/Nylon, Polycarbonate, PET/PETG, Polyethylene, Polypropylene, Polyester, PVC, POM, PBT, PPS, Polyurethane, PC/ABS alloy, TPU, TPE, TPR, and Rubbers.
- Free Samples
- Wholesale Factory Price
- Customized Service
- Fast Delivery
- Professional Technical Support
- One-stop Solution for Plastic Laser Marking
Discover DOME™ Laser Marking Additives Series
We supply high-performance, quality laser marking additives ( laser-sensitive additives, or laser-activated additives) for the polymer processing and plastic laser marking market.
Laser Marking Additive Masterbatch - Print Black on Colored Polymer
Laser Activated Additive Masterbatch - Mark White on Black Polymer
Laser Sensitive Additive Masterbatch - Print White on Colored Polymer
Laser Marking Additive Masterbatch - Mark Black on Transparent PC/PP
Laser Marking Masterbatch - Laser-marked Golden on Black PC
Laser Marking Pigment Power - Print Black on Colored Polymer
Laser Sensitive Pigment - Mark White on Black Polymer
Laser Marking Powder - Laser-marked White on Colored Polymer
Top-picks In Stock
Diverse Laser Marking Additive Product Series
We provide a range of laser marking additives tailored to enhance laser marking for various polymer formulations. Our extensive product types can address nearly all plastic laser marking requirements, offering a one-stop plastic laser marking solution.
| Product Name | Model No. | Resin Compatibility | LDR | Laser Type | Notes |
| Laser Marking Additive Masterbatch – Black Marking on Colored Polymer | DM-GW0032 | Universal | 2-5% | Fiber Laser | Hot-sale |
| DM-GW0042 | Universal | 2-5% | Fiber Laser | Hot-sale | |
| DM-GW0052 | Universal | 2-4% | Fiber Laser | ||
| DM-GW0062 | Universal | 1-2% | UV Laser | ||
| DM-GW0072 | PC | 2-5% | Fiber Laser | ||
| Laser Activated Additive Masterbatch – White Marking on Black Polymer | DM-GB0031 | PE, PC, PA66, TPU | 1-1.5% | Fiber Laser | Require natural or transparent plastic raw materials to avoid the addition of extra black masterbatch, carbon black, or black pigment, as they will affect the laser marking effect. |
| DM-GB0041 | PC | ||||
| DM-GB0051 | ABS | ||||
| DM-GB0061 | PP, PE, POM | ||||
| DM-GB0071 | PA66 | ||||
| DM-GB0081 | PC | ||||
| DM-GB0091 | PP | ||||
| DM-GB0101 | PA | ||||
| DM-GB0111 | PBT | 3% | |||
| DM-GB0121 | ABS | 4% | |||
| Laser Marking Additive Masterbatch for Golden Laser Marking On Black PC | DM-GB0131 | PC | 1-1.5% | Fiber Laser | Avoid adding extra black masterbatch, black pigment, or carbon black. |
| Laser Sensitive Additive Masterbatch – White Marking on Colored Polymer | DM-GG0033 | PP | 1-1.5% | UV Laser | Lower Cost |
| DM-GW0043 | PP | 1-1.5% | UV Laser | ||
| Laser Marking Additive Masterbatch – Black Marking on Transparent Polymer | DM-GB0030 | PC | 1% | Fiber Laser | |
| DM-GB0040 | PP | 1% | Fiber Laser | ||
| Laser Marking Powder/Pigment – Black Marking On Colored Polymer | DM-PW0036 | PBT, PP, PC, TPU | 0.2-0.5% | Fiber Laser | |
| DM-PW0046 | ABS | 0.2-0.5% | |||
| DM-PW0056HE | PBT | 0.1-0.3% | |||
| Laser Marking Pigment/Powder – White Marking On Black Polymer | DM-PB0037 | Universal | 0.2-0.5% | Fiber Laser | |
| Laser Marking Pigment/Powder – White Marking On Colored Polymer | DM-PG0038 | Universal | 0.2-0.5% | UV Laser |
Competitive Price
We offer high-cost performance. Our laser marking additives have been continually optimized and upgraded to maximize their marking effect. Customers can enjoy quality and affordability with factory wholesale prices.
Complete Range of Products
We have developed dozens of laser marking additives for different types of plastic polymers to meet the specific application needs of our customers. This enables customers to achieve a one-stop plastic laser marking solution at DOME™.
Experienced Team
Our team of plastic engineering research and development technicians established a comprehensive product quality management, research, development, and sales service system to optimize products and services to meet diverse customer needs.
Comprehensive Support
Our professional technical team provides comprehensive solutions to meet the laser marking requirements of different plastic materials, including custom compound formulation, color customization, and guidance on laser machine parameter settings.
Why Choose Laser Marking Additive for Plastic Laser Marking?
Laser marking offers lasting marks on plastic, improving quality control, protecting brands, and withstanding environmental factors. It is versatile, and suitable for high-volume items and small batches, with marks resistant to wear on various surfaces. Three-dimensional marking is possible.
For barcodes and lot numbers or decoration, laser marking is a great choice for durability.
However, not all polymers are marked the same way. Some polymers like PE or PP are almost transparent to lasers. Hence, laser marking additives are crucial in various polymers to guarantee a successful laser marking result.
Leading Plastic Laser Marking Additives Solution Provider
Advantages of Plastic Laser Marking for Your Manufacturing Process
Laser marking has become the technology of choice for manufacturers looking for high-quality markingdue to its reliability and numerous benefits, offering a multitude of advantages compared to older marking methods like dot peen marking, inkjet printing, and printed labels.
Permanent marking
Plastic laser marking creates a permanent mark on the surface of the material, waterproof, wear- and heat-resistant, lightfast, and chemical-resistant, ensuring long-lasting identification and traceability.
High precision and high-contrast marks
Laser marking offers high precision and accuracy, allowing for intricate designs, small text, and detailed graphics to be marked on plastic surfaces.
Non-contact process
Laser marking is a non-contact process, which eliminates the need for physical contact with the material, reducing the risk of damage or contamination.
Versatility
Plastic laser marking can be used on a wide range of plastic materials, including polymers, acrylics, and composites, making it a versatile marking solution for various industries.
Fast and efficient
Laser marking is a fast and efficient process, enabling high-speed marking of plastic components without compromising on quality. Razor-sharp markings can even be added at an exact position on a moving part.
Contact-free and highly flexible
Laser marking provides precise and efficient coding without any mechanical wear, thanks to a contact-free process that can be applied even on soft, irregular, or curved surfaces.
Environmentally friendly
Laser marking is an environmentally friendly process as it does not involve the use of inks, solvents, or chemicals, making the manufacturing world more sustainable, reducing your environmental footprint.
Cost-effective
Inline material marking is fully automated, avoids costly warehousing of semi-finished products, only requires minimum maintenance, and can be carried out without operating materials. While initial setup costs for laser marking equipment may be higher, the long-term cost benefits, such as reduced maintenance and consumables, make it a cost-effective marking solution in the long run.
Simple processing and complete solution
Plastic laser marking requires no preprocessing or postprocessing. Dome Materials provides comprehensive and all-in-one laser marking additive solutions tailored to various plastic materials, including sampling, coloring, laser parameter setting guidance, and more.
Control From the Origin
Selection of Raw Materials for Laser Marking Additives and Masterbatches
Supply Chain
We have in-depth cooperation with domestic and foreign high-quality plastic raw material suppliers and have a strong supply chain system.
Sufficient Raw Material Inventory
We maintain an extensive, ongoing stock of raw materials for conventional laser marking additives and masterbatch products, guaranteeing consistent quality and timely production.
Brand New Raw Materials
All our laser marking additive masterbatch products are produced from new raw materials and we refuse to use recycled materials.
Pay Attention To Every Detail
Production Processing for Laser Marking Additive Masterbatches
Drying of Raw Materials.
Before production processing, we dry the raw materials for 4-8 hours. This step is time-consuming yet essential for maintaining product quality. Our customers are spared the need for drying treatment when utilizing our laser marking additives.
Equipment Cleaning
Before each large-scale production run, we meticulously clean our twin-screw extrusion equipment to ensure our laser marking additive masterbatch products are free from impurities and off-color.
Screening Through Mesh Screens.
The laser marking additive masterbatch, extruded, cut, and shaped, will undergo screening through vibrating mesh screens to ensure uniform and consistent pellet size.
Outgoing Quality Control
We have a dedicated QC department. All outgoing laser marking additive masterbatches undergo rigorous QC processes to ensure they are qualified products.
- Color Contrast Test
- Color fastness test
- Melt flow index test
- Particle size distribution test
- Gray Scale Test
- Moisture Content Test
- Laser marking performance test
Common Plastic Laser Marking Materials
We have a wide selection of dozens of laser marking additives, covering almost all plastic laser marking needs in the market. Here are some common plastic materials used in laser marking applications.
- PP (Polypropylene)
- TPU(Thermoplastic Polyurethane）
- ABS (Acrylonitrile Butadiene Styrene)
- PC (Polycarbonate)
- PA (Polyamide/Nylon)
- PBT(Polybutylene Terephthalate)
- PC/ABS Alloy
- PE (Polyethylene)
- POM (Polyoxymethylene/Acetal)
- TPE(Thermoplastic Elastomer)
- TPR(Thermoplastic Rubber)
- PVC (Polyvinyl Chloride
- PET (Polyethylene Terephthalate)
- PMMA (Polymethyl Methacrylate/Acrylic)
Application Fields of Plastic Laser Marking Additives
Laser marking is replacing traditional printing methods increasingly. In plastic labeling, laser marking has become a well-established technique. It is especially crucial for quality control and traceability. Plastics often receive barcodes, serial numbers, or batch numbers for individual identification. Numerous industries benefit from this in various applications.
- Casing components made from plastic
- Livestock ear tags and plastic security seals
- Electronic components
- Plastic packaging industry
- Automotive Industry
- Medical Industry
- Semiconductor Industry
- Aerospace Industry
- Agriculture, Logistics Industry
- Tools and tool handles
- Piping Industry
- Cables and wires
- Home Furnishings Industry
Laser Marking Additive Masterbatch for TPU Livestock Ear Tags
High-contrast, high-speed marking of TPU ear tags with DOME™ laser sensitive additive masterbatch - Reveals Black Permanent Marking with Fiber Laser.
Laser Sensitive Additives for PP(Polypropylene), ABS, and Nylon Security Seals
Plastic seal strip with laser-activated additive for enhanced laser marking - durable, dark black permanent high-definition markings for letters, numbers, logos, QR codes, barcodes, etc.
Laser Activated Additives for PC, ABS, PBT, POM, PA, PP, PE injection molded Pars/Plastic Shells.
The primary plastic laser marking markets include Electronic, Automotive & Mobility, Appliances & Energy, Cosmetics, Healthcare, Packaging, Consumer goods, Industry labels, 3D Printing, etc.
Laser Marking Additives for PE, TPU, TPE, TPR Cables, Wires, and Pipes.
We have extensive experience in successfully developing laser marking solutions for a variety of applications, materials, and processes. Contact us for assistance in selecting the optimal laser marking additive solution for optimal performance.
Packaging & Delivery
We guarantee on-time delivery to the correct destination with the right products and quantities. The utmost priority is ensuring top-notch quality.
Standard packaging for Laser marking additives masterbatch:
> 25kgs/carton(PE bag + kraft paper bag + cardboard box, palletizing for orders over 500 kg.)
> Customized packing is available
Delivery: Orders up to 5 tons will be shipped within 3 working days, while orders over 5 tons will be shipped within 5-7 working days.
Usage of Laser Marking Additives
- Select the appropriate laser marking additive for your material.
- Dry the raw materials and add the laser marking additives.
- Thoroughly mix the raw materials and laser marking additives, then proceed with injection molding or granulation.
- Once the finished product is injection molded, it can be directly engraved and marked using a laser machine.
- Adjust the laser parameters based on the material type and desired marking effect.
- Mark the material using the laser, ensuring it adheres to the manufacturer’s instructions for the laser machine.
Note: It is crucial to use safe laser marking additives free from harmful chemicals. Always carefully read and follow the manufacturer’s instructions when using laser marking additives.
Usage Notice Of Laser Marking Additive
- Laser marking additives are mainly used in injection molding or pelletizing production processes， just mixed evenly with the substrate.
- Laser marking black or gold on black polymer: We recommend that the raw materials be natural or transparent, and no carbon black or black masterbatch should be added.
- It is also important to ensure that the laser marking system used is compatible with the additive and to test the mark on a small area before applying it to the entire material.
- Most laser marking additives do not require baking. It is recommended to dry the raw materials first and then mix our laser marking additives evenly.
- It is important to follow the instructions for use provided by the additive manufacturer and follow proper disposal procedures.
