- +8613603056883
- Dongguan City, Guangdong Province, China.
Aluminum etching uses precisely controlled chemical solutions to remove selected areas of metal, creating intricate profiles without heat or mechanical stress. Unlike traditional methods, this approach preserves the material’s natural strength and produces burr-free, uniform parts.
TMNetch aluminum etching is ideal for aerospace, automotive, electronics, and energy applications, delivering lightweight, durable, and precise components that meet strict tolerances. Our advanced process produces crisp, burr-free parts with smooth edges and fins, offering accuracy, repeatability, and high-quality results—making aluminum etching a reliable alternative to stamping, punching, or laser cutting.
Smooth edges without secondary deburring required.
As small as ±10 percent of material thickness.
Complex designs at no extra cost.
Favors energy-saving design in automobile and aerospace applications.
Does not compromise the material.
Time efficient production of high volumes.
TMNetch is created to provide aluminum etching services on any project, no matter how big it may be: a single prototype or an entire production run. Our high-tech features guarantee accuracy, uniformity, and performance, which the competition can hardly match.
We engrave all levels of virtually any thickness, from ultra-thin foils to multiple millimeters, without compromising quality. This gives you the capability of optimizing components around weight, strength, or design criteria.
Our highly modernized facilities can work on parts as big as 1500 mm x 600 mm, and so you can manufacture bigger aerospace, automotive, or industrial parts.
TMNetch provides one-sided etching, two-sided and multi-depth etching, and it is possible to create complex shapes and narrow channels, as well as detailed patterns, without additional cost.
Increase durability and performance with either passivation, plating, or custom coating, depending on the performance areas of your project. Our finishing is able to shield parts against wear, the environment, and corrosion.
From one-off prototypes to thousands of parts. TMNetch’s scalability can support high-quality products running on short turnaround times to provide your product to the market faster.
TMNetch has an unparalleled distribution network in North America, Europe, Asia, and other destinations, which offers seamless global supply and minimizes logistics problems and project delays.
TMNetch incorporates well-chosen chemicals so that the etching process will be precise and of high quality.
Regulates the etching speed of small features.
A stable etching results producer.
It is effective at room temperature.
Soft etch but polish.
Application : Speaker grilles, logo plaque and signs, insect-proof filter screen, aluminium decorative parts, 5G signal transmission antenna gaskets, gaskets, shims, optical grating, filter screen mesh, shower filter, elevator door.
| Series | Grade | Description |
| 1000 | 1100 | Commercially pure aluminum, good formability and conductivity |
| 3000 | 3003 | Aluminum-manganese alloy, improved strength and weldability |
| 4000 | 4043 | Aluminum-silicon alloy, used as filler metal for welding |
| 5000 | 5052 | Aluminum-magnesium alloy, excellent corrosion resistance |
| 5000 | 5083 | Aluminum-magnesium alloy, exceptional strength and corrosion resistance |
| 5000 | 5182 | Aluminum-magnesium alloy, excellent formability and corrosion resistance |
effective cooling of energy systems.
a must for next-generation fuel cells and EVs.
light electronic shielding.
finely detailed parts, smooth finish.
lightweight but effective profiles.
crisp, enduring detail.
Lightweight components can be etched in aluminum with accuracy and precision in the channels and profiles:
effective cooling of energy systems.
a must for next-generation fuel cells and EVs.
light electronic shielding.
finely detailed parts, smooth finish.
lightweight but effective profiles.
crisp, enduring detail.
Lightweight components can be etched in aluminum with accuracy and precision in the channels and profiles:
effective cooling of energy systems.
a must for next-generation fuel cells and EVs.
light electronic shielding.
finely detailed parts, smooth finish.
lightweight but effective profiles.
crisp, enduring detail.
We have an exact and standardized procedure to guarantee the utmost quality output of each project:
cleaning up and treating in the best way to adhere.
covering those regions that will not be etched.
determining what pattern is to be etched.
the removal of unprotected metal by controlled solutions.
leaving behind just the exact design.
We spent 10+ years in the high-accuracy chemical etching industry and therefore has experienced what many of its competitors do not have, getting reliable results each time.
Although most suppliers cannot deal with highly complicated designs, we can do complex schemes and small channels with smooth repetition, so that the production cost can be foreseen.
Whether it is a single or high-volume run of prototyping or manufacturing, we provides faster turnaround than any of the other possible machining or smaller etching services that are available and will let your project meet its deadlines.
We are known to be relied upon in aerospace, automobiles, and electronics, with lightweight and durable solutions that appear unattainable by other vendors.
We use certified procedures, guaranteeing high-quality components (burr-free, stress-free, and high-precision) each and every time.
Having a strong international supply network, we can deliver to the major markets in North America, Europe, and Asia with a great level of reliability, a fact that competitors might not offer at all times.
We’re here to give you a personalized solution for your project. Kindly fill in the below form to reach us and get exclusive offers!
We are an etching process built upon aluminum, and we use foils and sheets of extensive thickness.
Yes, even elaborate designs and fine channels can be produced with no additional expense.
No. The chemical finishes in our chemical board refinishing would form smooth surfaces that do not strain the material.
It is used in manufacturing lightweight precision segments in the automobile, aerospace, electronics, and energy sectors.
