🏭 JIADA MAGNET | B2B NdFeB Manufacturer & Export-Ready Supplier

No-HRE Sintered NdFeB Magnets (Dy/Tb-Free) — Performance Table + PDF Download

If you are sourcing neodymium magnets for global delivery, the fastest way to de-risk procurement is to lock down: grade/temperature, coercivity window, stability coefficients, and batch verification. This page summarizes our Dy/Tb-free (No heavy rare earth) sintered NdFeB capability and provides the downloadable spec PDF.

⬇️ Download Performance PDF 📩 Request Quote / Engineering Review 📊 View Performance Table

Dy/Tb-Free

No-HRE sintered NdFeB route

N / M / H / SH

Grade families covered

80–150°C

Typical Tw windows by grade

CoC + Traceability

For supplier onboarding & audits

Who We Are — JIADA MAGNET

JIADA MAGNET is a production-driven supplier focused on sintered NdFeB magnets and magnet assemblies. We run a procurement-friendly workflow: engineering review → tooling / machining → coating → magnetization → dimensional & magnetic inspection → export packaging → compliant shipping documents. The goal is simple: stable batches, predictable lead time, and less rework for your QA and purchasing team.

B2B process: drawings/spec review + grade/coating suggestion + DFM feedback.
Quality deliverables: CoC / inspection report / batch traceability on request.
Export execution: packing, labeling, shielding packaging, and documentation support.
Customization: machining (grinding, countersunk, arcs/segments), assemblies (magnet + steel + plastic).

What “No-HRE” Means (Dy/Tb-Free) — Why Buyers Care

No-HRE (No heavy rare earth) in this context means the magnets are produced without adding Dy (Dysprosium) and Tb (Terbium) as alloying elements for coercivity boosting. Many procurement teams prefer No-HRE when the application temperature window allows, because it can improve: material supply stability, cost predictability, and regulatory / export complexity.

Practical procurement logic: You pick No-HRE grades when your design can meet performance targets at the required operating temperature (and demagnetization risk), then validate via B/H curve, Hcj window, and temperature coefficients.

Typical advantages

Dy/Tb-free bill of materials
Stable coercivity spec windows
More predictable long-term sourcing

Typical validation items

B/H curve & demag margin check
Hcj at operating temperature
Batch-to-batch consistency

Step 1 — Define Temperature Window

First lock the maximum working temperature and demagnetization risk. For example, common Tw bands in this sheet include 80°C (N series), 100°C (M series), 110–120°C (H series), and 150°C (SH series).

Step 2 — Choose Coercivity Strategy

Check Hcj first for demag resistance. Then verify Br and (BH)max for energy density. We can help you map your rotor/motor/holding design to a safe coercivity margin.

Step 3 — Confirm with Test & Reports

For production approval, request a CoC and (if needed) a B/H curve report at target temperature. This reduces hidden cost: rework, re-sourcing, and field failures.

Download: No-HRE Sintered NdFeB Performance PDF

Use this for supplier onboarding, internal engineering review, and RFQ attachments.

⬇️ Download PDF 📩 Get Quote

Performance Table — No-HRE Sintered NdFeB (Dy/Tb-Free)

Below is a web-friendly version of the PDF table (scroll horizontally on mobile). Values shown as ranges or minimums; final confirmation should follow your drawing, coating, and test plan.

Family	Grade	Br (mT / kGs)	Hcb (kA/m / kOe)	Hcj (kA/m / kOe)	(BH)max (kJ/m³ / MGOe)	\|αBr\| %/°C	\|βHcj\| %/°C	Tw (°C)	Note
N	N35	1180–1230 (11.8–12.3)	≥876 (≥11)	≥960 (≥12)	263–287 (33–36)	0.11–0.13	0.60–0.75	80	Dy/Tb-free
N	N38	1230–1260 (12.3–12.6)	≥899 (≥11.3)	≥960 (≥12)	287–310 (36–39)	0.11–0.13	0.60–0.75	80	Dy/Tb-free
N	N40	1260–1290 (12.6–12.9)	≥912 (≥11.5)	≥960 (≥12)	302–326 (38–41)	0.11–0.13	0.60–0.75	80	Dy/Tb-free
N	N42	1290–1330 (12.9–13.3)	≥923 (≥11.6)	≥960 (≥12)	318–342 (40–43)	0.11–0.13	0.60–0.75	80	Dy/Tb-free
N	N45	1330–1370 (13.3–13.7)	≥931 (≥11.7)	≥960 (≥12)	342–366 (43–46)	0.11–0.13	0.60–0.75	80	Dy/Tb-free
N	N48	1370–1400 (13.7–14.0)	≥939 (≥11.8)	≥960 (≥12)	366–390 (46–49)	0.11–0.13	0.60–0.75	80	Dy/Tb-free
N	N50	1400–1430 (14.0–14.3)	≥947 (≥11.9)	≥960 (≥12)	382–406 (48–51)	0.11–0.13	0.60–0.75	80	Dy/Tb-free
N	N52	1430–1460 (14.3–14.6)	≥947 (≥11.9)	≥960 (≥12)	398–422 (50–53)	0.11–0.13	0.60–0.75	80	Dy/Tb-free
N	N55	1460–1500 (14.6–15.0)	≥860 (≥10.8)	≥960 (≥12)	414–446 (52–56)	0.11–0.13	0.60–0.75	80	Dy/Tb-free
M	35M	1180–1230 (11.8–12.3)	≥899 (≥11.3)	≥1114 (≥14)	263–287 (33–36)	0.11–0.13	0.60–0.70	100	Dy/Tb-free
M	38M	1230–1260 (12.3–12.6)	≥923 (≥11.6)	≥1114 (≥14)	287–310 (36–39)	0.11–0.13	0.60–0.70	100	Dy/Tb-free
M	40M	1260–1290 (12.6–12.9)	≥947 (≥11.9)	≥1114 (≥14)	302–326 (38–41)	0.11–0.13	0.60–0.70	100	Dy/Tb-free
M	42M	1290–1330 (12.9–13.3)	≥971 (≥12.2)	≥1114 (≥14)	318–342 (40–43)	0.11–0.13	0.60–0.70	100	Dy/Tb-free
M	45M	1330–1370 (13.3–13.7)	≥1002 (≥12.6)	≥1114 (≥14)	342–366 (43–46)	0.11–0.13	0.60–0.70	100	Dy/Tb-free
M	48M	1370–1400 (13.7–14.0)	≥1027 (≥12.9)	≥1114 (≥14)	366–390 (46–49)	0.11–0.13	0.60–0.70	100	Dy/Tb-free
M	50M	1400–1430 (14.0–14.3)	≥1035 (≥13.0)	≥1114 (≥14)	382–406 (48–51)	0.11–0.13	0.60–0.70	100	Dy/Tb-free
M	52M	1430–1460 (14.3–14.6)	≥995 (≥12.5)	≥1114 (≥14)	398–422 (50–53)	0.11–0.13	0.60–0.70	100	Dy/Tb-free
M	N54M	1450–1460 (14.3–14.6)	—	—	—	—	—	—	Dy/Tb-free Contact for details
H	30H	1080–1140 (10.8–11.4)	≥827 (≥10.4)	≥1353 (≥17)	223–247 (28–31)	0.11–0.12	0.60–0.62	120	Dy/Tb-free
H	33H	1140–1180 (11.4–11.8)	≥860 (≥10.8)	≥1353 (≥17)	247–271 (31–34)	0.11–0.12	0.60–0.62	120	Dy/Tb-free
H	35H	1180–1230 (11.8–12.3)	≥899 (≥11.3)	≥1353 (≥17)	263–287 (33–36)	0.11–0.12	0.60–0.62	120	Dy/Tb-free
H	38H	1230–1260 (12.3–12.6)	≥923 (≥11.6)	≥1353 (≥17)	287–310 (36–39)	0.11–0.12	0.60–0.62	120	Dy/Tb-free
H	40H	1260–1290 (12.6–12.9)	≥947 (≥11.9)	≥1353 (≥17)	302–326 (38–41)	0.11–0.12	0.60–0.62	120	Dy/Tb-free
H	42H	1290–1330 (12.9–13.3)	≥971 (≥12.2)	≥1353 (≥17)	318–342 (40–43)	0.11–0.12	0.60–0.62	120	Dy/Tb-free
H	45H	1330–1370 (13.3–13.7)	≥1003 (≥12.6)	≥1353 (≥17)	342–366 (43–46)	0.11–0.12	0.60–0.62	120	Dy/Tb-free
H	48H	1370–1400 (13.7–14.0)	≥1035 (≥13.0)	≥1353 (≥17)	366–390 (46–49)	0.11–0.12	0.60–0.62	120	Dy/Tb-free
H	50H	1400–1430 (14.0–14.3)	≥1058 (≥13.3)	≥1353 (≥17)	382–406 (48–51)	0.11–0.12	0.60–0.62	120	Dy/Tb-free
H	52H	1430–1460 (14.3–14.6)	≥1074 (≥13.5)	≥1274 (≥16)	398–422 (50–53)	0.11–0.12	0.60–0.62	110	Dy/Tb-free
H	N54H	1430–1460 (14.3–14.6)	≥1074 (≥13.5)	≥1274 (≥16)	398–422 (50–53)	0.11–0.12	0.60–0.62	110	Dy/Tb-free
SH	30SH	1080–1140 (10.8–11.4)	≥827 (≥10.4)	≥1592 (≥20)	223–247 (28–31)	0.11–0.12	0.50–0.60	150	Dy/Tb-free
SH	33SH	1140–1180 (11.4–11.8)	≥860 (≥10.8)	≥1592 (≥20)	247–271 (31–34)	0.11–0.12	0.50–0.60	150	Dy/Tb-free
SH	35SH	1180–1230 (11.8–12.3)	≥899 (≥11.3)	≥1592 (≥20)	263–287 (33–36)	0.11–0.12	0.50–0.60	150	Dy/Tb-free
SH	38SH	1230–1260 (12.3–12.6)	≥923 (≥11.6)	≥1592 (≥20)	287–310 (36–39)	0.11–0.12	0.50–0.60	150	Dy/Tb-free
SH	40SH	1260–1290 (12.6–12.9)	≥947 (≥11.9)	≥1592 (≥20)	302–326 (38–41)	0.11–0.12	0.50–0.60	150	Dy/Tb-free
SH	42SH	1290–1330 (12.9–13.3)	≥971 (≥12.2)	≥1592 (≥20)	318–342 (40–43)	0.11–0.12	0.50–0.60	150	Dy/Tb-free
SH	45SH	1330–1370 (13.3–13.7)	≥1003 (≥12.6)	≥1592 (≥20)	342–366 (43–46)	0.11–0.12	0.50–0.60	150	Dy/Tb-free
SH	48SH	1370–1400 (13.7–14.0)	≥1035 (≥13.0)	≥1592 (≥20)	366–390 (46–49)	0.11–0.12	0.50–0.60	150	Dy/Tb-free

Reminder: For high-risk demagnetization applications (motor/rotor, elevated temp, strong opposing fields), we recommend confirming Hcj margin via B/H curve test at your operating temperatures.

FAQ — Common Buyer Questions

1) Can you supply un-magnetized parts?

Yes. Many customers magnetize in-house for rotor assembly control and yield protection.

2) Can you test B/H curve at temperature?

We can support B/H curve verification and share reports based on your required test points (e.g., 110°C / 150°C).

3) What files should I send for a fast quote?

Drawing (PDF/STEP) + tolerances
Working temperature & environment (corrosion, salt fog)
Grade preference (or target force/flux)
Coating requirement (NiCuNi / Zn / epoxy, etc.)
Quantity & delivery destination

What We Can Do Before You Place a PO

Engineering review: suggest grade / coating / magnetization direction based on application.
Risk control: verify demag margin with Hcj window and temperature coefficients.
Batch stability: define inspection items (dimensions, appearance, magnetic properties).
Documentation pack: CoC + basic compliance docs for onboarding (as required).
Delivery execution: export packaging and shipping document support.

Procurement tip: If your project is time-sensitive, submit your drawing first. We can quickly respond with feasibility + lead time + risk items (coating, machining, magnetization).

Request Quote / No-HRE Grade Recommendation

Send your drawing and requirements. We will respond with grade/coating suggestions, feasibility notes, and a quotation plan.

Prefer email? Attach your drawing and tell us: operating temperature, target force/flux, coating, and quantity.