AUS-10 Knife MOQ and Price Guide for OEM Buyers

Where AUS-10 fits in sourcing

AUS-10 is a Japanese stainless steel we spec for mid-market and upper-mid kitchen knives, not bargain blister-card stock. Typical chemistry sits around 1.05% carbon, with chromium for stainless behavior, plus vanadium and molybdenum to support wear resistance and toughness. On our grinding line, a 2.0 mm AUS-10 chef blade with a 15°-17° edge will out-cut the 3Cr13, 5Cr15MoV, or 420J2 samples buyers send us for comparison, while still avoiding the cost and supply headache of powder steel. The math works here.

For an AUS-10 knife factory China project, asking “is AUS-10 good?” is the wrong question to ask. Match the full spec to the retail claim. A chef knife sold as a daily pro tool needs tighter geometry control than a boxed gift set; we normally check spine thickness, edge angle, and balance point with calipers before the sample leaves the bench. A folding pocket knife brings different risks: lock strength, blade centering, pivot play, and liner fit. The steel name will not save a knife with a wavy grind, 56 HRC heat treatment, or a gift box that crushes at the corner during carton drop testing.

At TANGFORGE in Yangjiang, China, we position AUS-10 for buyers who want a clear upgrade over basic stainless but still need stable MOQ and repeatable pricing. We run about 180,000-220,000 units per month across knife categories, and AUS-10 slots have to match heat treatment batch size, CNC or stamping time, handle material lead time, and QC headcount. Small detail, big delay. Last quarter QC pulled 32 samples from one AUS-10 run because the laser logo on the PO said “AUS10” but the buyer’s artwork file said “AUS-10”; that kind of mismatch stops packing. If you are building a new SKU line, quote AUS-10 as one system: steel grade, HRC, blade thickness, bevel angle, finish, handle, logo, packaging, and compliance documents together.

MOQ depends on design maturity

AUS-10 knife MOQ is not one fixed number. If we run an existing blade profile, standard G10 or pakkawood handle, and a 20 mm laser logo, the start point is lower than a project needing a new handle mold, custom bolster, black PVD coating, or a retail gift box. Factories quote MOQ around steel sheet purchasing, grinding line setup, heat-treatment baskets, packaging minimums, and AQL reject allowance. The buyer question “Can you do 100 pcs?” is usually the wrong question to ask; ask what must change to keep the spec stable at 300 pcs. If a supplier says every custom AUS-10 knife starts at 100 pcs, check the quote line by line.

For most OEM work at TANGFORGE, the MOQ bands we quote look like this:

The hidden MOQ often sits in packaging, not steel. We can ship 500 AUS-10 blades from Yangjiang, but the paper box supplier may ask for 1,000 or 2,000 boxes before they start the Heidelberg press. Color boxes, EVA inserts, printed sleeves, UPC labels, FNSKU labels, and multilingual manuals all carry separate minimums; QC pulled samples last month where the box insert was 2 mm loose even though the knives passed fit and finish. For a first market test, use a plain kraft box plus sticker. Upgrade the box after sell-through data proves the math works.

Realistic FOB price bands

FOB pricing for AUS-10 knives moves first with construction. A 1.8 mm stamped kitchen utility knife with pakkawood handle does not sit near a full-tang forged chef knife with G10 scales, sandblasted finish, and magnetic rigid box. Steel cost is one line on the costing sheet; the grinding line, yield after heat treat, hand polishing minutes, carton size, and insert tray material usually decide the margin. We see this go sideways when a buyer asks for “same as sample” but the PO forgets blade thickness.

For 2025 planning, use these FOB China factory bands before freight, duty, VAT, Amazon prep, or distributor margin. We run trial costing on 12 pcs first, then QC pulled the sample to check edge angle, handle gap, and HRC before we lock the batch price.

• AUS-10 paring or utility knife: USD 5.80-9.50, usually 300-800 pcs MOQ depending on handle material and whether the box is a simple color sleeve or a rigid gift carton.
• AUS-10 chef, santoku, or nakiri knife: USD 8.80-16.80 for common OEM specs; forged bolster, mosaic pin work, or extra hand sanding pushes labor up fast.
• AUS-10 pocket knife: USD 9.50-18.50 with liner lock or frame lock, depending on CNC scale time, bearing choice, pocket clip finish, and whether assembly tolerance stays under 0.15 mm side play.
• AUS-10 hunting or tactical knife: USD 11.00-24.00 with sheath, coating, thicker stock, and outdoor packaging; Kydex fit often needs one more adjustment than buyers expect.
• AUS-10 gift set: USD 18.00-45.00 per set, where packaging and accessories may represent 20-35% of total cost, especially with EVA insert, sharpening rod, or magnetic board.

If your quote sits far below these bands, ask what changed. Check for thinner blade stock, lower HRC, hollow handle construction, cheaper sheath material, skipped final edge inspection, or steel substitution. If your quote sits far above these bands, ask whether tooling, DDP freight, third-party testing, or high-end packaging got buried inside the unit price. Keep RFQs clean: split tooling, sample fee, mold fee, unit FOB, packaging cost, lab testing, and freight. This is the wrong question to ask: “Can you match my target price?” Better ask which spec changes save USD 0.80 without hurting returns, because the math doesn't work if QC finds 7 warped blades in a 300 pcs pilot run.

Specs buyers should lock early

The fastest way to burn margin on an AUS-10 knife OEM order is approving a clean sample before the production spec is fixed. We see this often. The sample maker can hand-straighten a blade on the granite table, touch the edge again on the belt, or buff one handle until it looks better than normal line output. Bulk production follows drawings, tolerance blocks, work instructions, and AQL 2.5 inspection points. If the drawing says only “good finish,” the grinding line will choose the fastest finish once 3,000 pcs are waiting behind it.

For kitchen knives, lock blade length, spine thickness, taper, edge angle, HRC, surface finish, handle dimensions, rivet material, balance point, logo position, and packaging before deposit. A common AUS-10 chef knife might use 2.0-2.5 mm spine thickness, 15-18 degree edge angle per side, and 58-60 HRC. Put those numbers on the drawing, not only in an email thread. For outdoor knives, confirm blade stock thickness, tang construction, coating thickness, sheath retention, belt clip material, and corrosion test expectations; last month QC pulled a sheath sample that passed by hand but failed after 20 pull tests on the bench gauge. For pocket knives, add lock type, open-close force, blade centering, detent feel, clip screw torque, pivot screw treatment, and closed length tolerance. “Feels smooth” is the wrong question to ask.

Do not write “same as sample” as your only production standard. It will not protect a distributor receiving 5,000 units into a European warehouse, and we have seen this go sideways when a PO typo changed a carton mark by one digit. Use a simple control sheet. Include steel certificate requirement, heat treatment target, HRC test frequency, critical dimensions, cosmetic acceptance, edge sharpness method, packaging drop test, barcode scan test, and carton mark format. For compliance, state whether you need REACH, LFGB, FDA food-contact support, Prop 65 review, or customer-specific restricted substance documents. China factories can support these, but tell us before we buy handle material, coatings, adhesives, and inks; changing black G10 after purchase can add 12 days vs 18 days if the supplier has to remake sheets.

Heat treatment and HRC risks

AUS-10 lives or dies in heat treatment, not in the catalog copy. We’ve had buyers ask for “harder because premium,” and this is the wrong question to ask if the edge geometry is still a 0.25 mm kitchen grind. A blade stamped AUS-10 with a bad quench or poor temper can chip, roll, stain, or feel dead on the sharpening stone. For most kitchen knives, we run 58-60 HRC. Some pocket and outdoor knives can sit around 59-61 HRC when the spine thickness, bevel angle, and use case make sense. Harder is not magic. If the tempering oven chart is drifting or the grinding line overheats the last 10 mm near the tip, the number on the product page will not save the order.

The main factory risks are batch variation, decarburization, warped blades, uneven hardness near the tip, and edges ground too thin after heat treatment. Warped chef knives are easy to spot on a granite inspection plate, and buyers flag them fast because the blade looks cheap before anyone cuts a tomato. Overheated grinding can burn the edge even when the flat of the blade passes HRC; QC pulled one AUS-10 sample at 59 HRC on the body, but the edge showed blue heat color under the light. For OEM orders, ask how many HRC points are tested per batch and where the tester hits the blade. A practical control plan is 3-5 blades per heat treatment lot for HRC, plus destructive or retained samples for high-volume programs.

At TANGFORGE, AUS-10 production is usually controlled within a 2 HRC band after sample approval, for example 58-60 HRC. If you need a tighter band, say 59±1 HRC, expect more inspection and more rejects; the math does not work if the target price stays the same and the MOQ is only 300 pcs. That cost should be shown on the quote, not hidden in a later argument. HRC testing leaves a small mark from the Rockwell diamond cone, so tested pieces may need to be kept as retained samples or checked at non-cosmetic locations where possible. Agree this before mass production. We’ve seen this go sideways during final inspection when the PO says “no marks on blade” but the QC plan still requires HRC testing on finished goods.

QC points that stop claims

Knife claims burn money fast because the item is sharp, personal, and often ends up in a public review photo. AQL inspection catches 30 to 50 common defects per lot, but only when the checklist is written for knives. Generic forms miss the stuff our QC pulled last month with a 0.05 mm feeler gauge: burrs inside a folding knife, handle scales lifting at the tail, uneven edge bevels, blade play, and sheath scratches after packing. For export orders, we run AQL 2.5 for major defects and AQL 4.0 for minor defects, with critical defects set to zero tolerance.

Set the inspection sheet around real failure points, not office wording. We check steel marking against the PO, HRC records from the Rockwell tester, blade straightness on a flat plate, tip symmetry under a 10x loupe, cutting edge burrs with cotton drag, handle gaps, rivet flushness, logo position within the approved artwork, coating adhesion, open-close function, lock engagement, sheath retention, barcode readability, carton drop condition, and mixed-SKU packing accuracy. For kitchen knives, check food-contact surfaces and whether the heel area traps polishing compound. For folding knives, check blade centering, lock slip, side play, screw loosening, and pocket clip alignment. For hunting and tactical knives, check sheath fit, belt attachment pull strength, and coating wear after 20 insertion cycles.

AQL is not process control. It is the last gate. Asking whether final inspection alone is enough is the wrong question to ask; we have seen this go sideways when the grinding line left a 0.3 mm bevel difference and nobody checked until cartons were sealed. The cleaner setup is first article approval, in-process checks after grinding and handle assembly, then final random inspection. If your order is above 3,000 pcs or going to a major retailer, book pre-shipment inspection by your own QC team or a third party. Tell the AUS-10 knife factory China supplier which standard you use, such as ISO 2859-1 sampling, before production starts. A surprise AQL standard at shipment creates arguments, 3 to 7 days of delay, and rework cost.

How to brief a factory

A clear RFQ saves more money than hard bargaining. Ask for “best price for AUS-10 chef knife” and the factory has to fill in the blanks: 2.0 mm or 2.5 mm blade, 58 HRC or 60 HRC, plain carton or magnetic gift box. We run quotes like this every week, and the spread can hit USD 1.20–2.80 per piece before anyone talks margin. You get either a cheap quote that fails your retail spec, or a padded quote because the sales desk is protecting the grinding line from rework. For a serious AUS-10 knife MOQ and price guide comparison, send every supplier the same brief and make them quote in the same table.

Your RFQ should include target product type, blade drawing or reference dimensions, AUS-10 steel requirement, HRC target, blade thickness, finish, handle material, logo method, packaging style, annual forecast, first order quantity, target market, compliance documents, inspection standard, and Incoterm. Put the numbers in writing: blade 210 mm, spine 2.3 mm, 60±2 HRC, logo by laser or etching, AQL 2.5 if that is your inspection rule. Say whether you need FOB Shenzhen, FOB Guangzhou, EXW Yangjiang, or DDP to your warehouse. DDP looks neat for landed-cost planning, but this is the wrong price to use for factory benchmarking because freight, duty, and supplier margin get mixed into one line. FOB is cleaner. We once had a PO typo showing “FOB Guangzhau,” and QC pulled the sample late because the shipping team had to confirm the port before carton marking.

For a new brand, we often recommend starting with 2-4 SKUs, not 12. Pick one hero chef knife and one utility or santoku; add one pocket or outdoor knife only if your channel already sells that category. Keep handles and packaging consistent to reduce MOQ pressure: same G10 color, same 350 gsm color box, same insert tray where the blade shape allows it. We have seen this go sideways when a buyer wanted 6 handle colors at 300 pcs each, then flagged mixed cartons after inspection because the packing list had 18 carton codes. TANGFORGE has worked with importers who cut first-order complexity by 30-40% simply by sharing handle materials and box sizes across SKUs. Not glamorous. It protects cash flow and reduces mixed-carton mistakes in China production.

Frequently asked questions