OSENC는 OEM 및 산업 프로젝트용 도면 기준 아연 도금 자석을 MOQ 1 샘플 공급부터 생산 공급까지 제조합니다. 아연 마감은 가공 후 추가하는 부가 공정이 아니라 완성된 자석 부품의 일부로 관리합니다.
도금 후 치수, 공차, NdFeB 등급 또는 목표 성능, 착자 방향, 아연 마감, 작동 온도 및 사용 환경을 보내 주십시오. 생산 전에 승인된 사양을 확정합니다.
OSENC는 얇은 금속 마감, 관리된 완성 치수 및 의도된 사용 환경에 적합한 실용적 부식 방지가 필요한 일반 산업용 및 OEM 부품에 아연 코팅을 지정합니다.
표준 아연 코팅은 일반적으로 은색에서 은회색 무광 외관을 갖습니다. White Zinc, Black Zinc, Colored Zinc 및 Zinc Chromate는 별도의 마감 요구사항으로 취급합니다. 패시베이션 적용 프로젝트는 다음과 같이 지정합니다: NdFeB + Zn + 패시베이션.
| 사양 | OSENC Supply Direction | RFQ 입력 정보 |
|---|---|---|
| Coating structure | NdFeB + Zn 또는 NdFeB + Zn + 패시베이션 | Exact finish/passivation callout |
| 형상 | Disc, block, ring, cylinder, arc and drawing-based custom geometry | 2D/3D drawing, holes, slots, chamfers and edge details |
| 등급 | N35, N38, N42, N45, N48, N50, N52 plus H and SH; UH/EH for higher-temperature custom projects | Grade or target magnetic performance |
| 착자 | Axial, diametrical, through-thickness, length, width, radial or multipole where geometry supports it | Direction and pole pattern |
| Zinc finish | Standard Zinc, White Zinc, Black Zinc, Colored Zinc and Zinc Chromate are handled as distinct project finish callouts | Appearance, passivation and restricted-substance requirements |
| 완성품 공차 | ±0.10 mm standard RFQ reference / ±0.05 mm precision RFQ reference | Critical dimensions after plating |
| MOQ | 1 piece for custom sampling; small-batch validation and production supply supported | Sample and production quantity |
We inspect critical dimensions on the finished zinc-coated part, so coating build-up is included in assembly fit.
Start with one custom sample, lock the approved specification, then move into pilot and production quantities.
We review grade, geometry, magnetization, zinc finish, temperature and service environment as one component.
Dimensions, tolerances, magnetization, finish and inspection requirements are locked before production starts.
Assembly fit is determined by the finished part, so OSENC controls critical dimensions after zinc plating. This matters most on thin discs, small blocks, rings, holes and tight mating features where coating build-up can consume assembly clearance.
용도 ±0.10 mm as the standard RFQ tolerance reference and ±0.05 mm as the precision RFQ reference. We lock the final tolerance against geometry, coating system and inspection method before production.
| 형상 | RFQ Size References | Specify With |
|---|---|---|
| 디스크 | D6×2, D8×2, D10×2, D10×3, D12×3, D15×3, D15×5, D20×3, D20×5, D25×5, D25×10, D30×5 mm | Diameter, thickness, grade, axial/diametrical magnetization and finished tolerance |
| 블록 | 10×5×2, 10×10×3, 15×10×3, 20×10×5, 20×20×5, 30×10×5 mm | L×W×T, magnetization axis, edge details and coated dimensions |
| Ring / Arc / Custom | Made to drawing | OD/ID/thickness or complete geometry, tolerances and magnetization |
These dimensions are practical RFQ starting points for custom production. OSENC manufactures to the approved drawing rather than presenting them as fixed stock specifications.
OSENC specifies zinc coated NdFeB for engineering components, electronics, furniture fittings, retail displays, packaging, fixtures, model assemblies and general manufacturing where thin metallic protection and dimensional control match the operating environment.
| 코팅 | Why We Specify It | Main Engineering Check |
|---|---|---|
| 아연 | Thin metallic finish with lower coating build-up; standard RFQ reference 7–15 μm | General industrial environment, finish/passivation and assembly clearance |
| Ni-Cu-Ni | Common multilayer metallic protection with a thicker total stack than standard zinc | Corrosion requirement, surface contact and tight dimensional fits |
| 에폭시 | Polymer barrier when moisture or corrosive-fluid protection is a stronger design priority | Scratching, edge damage, impact and finished dimensions |
| Zinc Chromate | Separate zinc-based surface system with a 15–30 μm RFQ thickness reference | Exact passivation callout and restricted-substance requirements |
OSENC guarantees corrosion-test performance only when the PO defines the test method, sample condition, duration and pass/fail criteria. We do not convert an industry benchmark into a batch guarantee.
For standard zinc-coated N42 projects, 80°C continuous is the design limit. Zinc plating does not raise the magnetic material's temperature capability. We select the correct temperature-grade NdFeB when the application runs hotter.
| Grade Family | Design Reference | OSENC Selection Direction |
|---|---|---|
| N | 80°C | Standard-temperature applications |
| M | 100°C | Moderately elevated temperature |
| H | 120°C | Higher-temperature design |
| SH | 150°C | High-temperature custom project |
| UH | 180°C | Special high-temperature project |
| EH | 200 °C | Special high-temperature project |
We confirm the final grade against magnet geometry, magnetic circuit and operating point. The coating never overrides the magnetic material limit.
We inspect visual integrity and coating condition against the approved finish. When thickness is controlled, XRF is the primary non-destructive production reference method.
We verify magnetization direction and pole orientation against the approved drawing or sample before packing.
OSENC provides available RoHS, REACH and SVHC documentation against the approved material and coating specification when required. Cr6+ status is confirmed separately against the selected passivation chemistry and supporting documentation.
For new custom parts, sampling locks dimensional fit, zinc appearance, magnetization and any corrosion or adhesion acceptance requirement before production. We do not turn an industry benchmark into a batch guarantee.
Start a Sample Order
OSENC quotes the finished magnetic component against the complete drawing and inspection requirement, not by magnet weight alone.
Dimensions, material volume, NdFeB grade, geometry and machining complexity set the base manufacturing cost.
Zinc finish, passivation, finished tolerance and tight assembly features determine coating and inspection complexity.
Magnetization pattern, compliance documents, test requirements, sample quantity and production volume complete the quotation.
Yes. We manufacture custom zinc coated NdFeB magnets from drawings or approved samples. We lock the finished dimensions, tolerance, grade, magnetization direction, zinc finish, operating temperature and inspection requirements before production.
The standard project structures are NdFeB + Zn and NdFeB + Zn + Passivation when a conversion or passivation finish is specified. The exact finish is written into the approved specification.
For RFQ engineering, standard zinc plating uses a 7–15 μm total-thickness reference and zinc-chromate systems use a 15–30 μm reference. The controlled production value is the thickness stated on the approved drawing and inspection plan.
For a standard zinc-coated N42 design, use 80°C as the continuous design limit. We move the magnetic material to M, H, SH, UH or EH grades when the operating temperature requires a higher limit.
No. We do not position standard zinc as a marine, permanent-immersion, strong-acid/alkali or high-abrasion coating. For severe wet, salt, chemical or wear exposure, we select a stronger protection system or encapsulation.
MOQ is 1 piece for custom sampling. We support single-piece samples, small-batch validation and production orders.
Send the drawing, finished dimensions and tolerances, magnet grade or target magnetic performance, magnetization direction, zinc finish or passivation callout, operating temperature, environmental exposure, compliance requirements, test requirements and quantity.
Send your drawing and application requirements. OSENC will lock the finished dimensions, grade, magnetization, zinc finish, temperature and inspection requirements, then quote the sample and production quantity against one controlled specification.
맞춤 견적 요청이번 달 최신 가격 및 사양 받기
빠른 견적 받기(가격 + 리드 타임)
최신 가격, 사양, MOQ 및 배송 옵션을 받아보십시오. 스팸 없이 필요한 정보만 보내드리며, 3-6시간 이내에 답변드립니다.