ISO 606 / DIN 8187 ステンレス製スプロケット - メートル穴、EN 10204 3.1、DDPヨーロッパ

European standard stainless steel sprocket to ISO 606 / DIN 8187 in 304 or 316 SS — gauge-verified tooth form, H7 metric bore with DIN 6885 keyway, EN 10204 3.1 material certificate, and DDP shipping to EU and UK. Direct replacement for Renold, Iwis, and Kana DIN-standard SS sprockets at 35–55% lower unit cost.

説明

杭州エバーパワースプロケット株式会社

Four specifications define a correct European standard stainless sprocket: ISO 606 tooth geometry, metric bore, EN 10204 3.1 material cert, and DDP logistics. Get any one wrong and the sprocket either does not fit the chain, does not fit the shaft, fails the procurement audit, or creates a customs headache. This page covers all four.

The Four Specifications That Define a Correct DIN 8187 SS Sprocket

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1. ISO 606 Tooth Geometry

DIN 8187 chain has a larger roller diameter than ANSI at equivalent pitch. The tooth form must be designed around this larger roller — an ANSI sprocket at the same pitch will not seat the DIN chain correctly. We verify with physical gauge sets, not just drawings.

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2. Metric Bore + DIN 6885 Key

H7 bore tolerance in millimetres with DIN 6885 parallel keyway. European drive shafts are dimensioned metrically; an inch bore or imperial keyway requires rework that costs more than the sprocket.

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3. EN 10204 3.1 Material Cert

Heat-specific material test report in EN 10204 3.1 format — the standard required by European OEM procurement quality systems. A generic grade datasheet does not satisfy this requirement.

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4. DDP Logistics to EU/UK

Delivered Duty Paid — we handle export clearance, international freight, and import customs including duties. You receive the goods and pay one invoice. No customs agent, no import VAT surprises, no delivery-before-clearance delays.

ISO 606 DIN 8187 European standard stainless steel sprocket metric bore EN 10204 DDP

DIN vs. ANSI: The Dimensional Difference That Cannot Be Ignored

Both DIN 8187 and ANSI B29.1 use the same pitch values in mm. The difference is in roller diameter — DIN rollers are larger at every equivalent pitch. This means the seating radius of the tooth pocket must be different between DIN and ANSI sprockets for the same pitch. Installing DIN chain on an ANSI sprocket causes the rollers to ride on the tooth tips rather than seat in the pocket — producing noise, rapid wear, and chain derailment risk within hours of operation.

パラメータ 価値
標準 DIN 8187 / ISO 606 (gauge-verified)
音域 9.525 mm – 31.75 mm (06B through 20B)
材料 304 SS / 316 SS
ボア標準 Metric H7 + DIN 6885 parallel keyway
Material Cert EN 10204 3.1(熱特性)
表面仕上げ Ra ≤ 1.6 µm std; Ra ≤ 0.8 µm EP on request
コンプライアンス DIN 8187 / ISO 606、ISO 9001:2015

The Odd-Tooth-Count Advantage: Engineering for Long Service Life

Specifying an odd tooth count on the driver sprocket (19T, 21T, 23T rather than 18T, 20T, 22T) is a design choice that significantly extends both chain and sprocket life in applications where the chain has an even number of pitches. With an odd driver tooth count, each chain link contacts a different tooth on every revolution of the sprocket — so wear is distributed across all tooth profiles and all chain links simultaneously rather than concentrated on the few links that repeatedly contact the same teeth. In a food or dairy application running 18–20 hours daily, this even wear distribution extends the before-replacement measurement interval by 20–40% compared to even tooth counts. We supply any tooth count; we recommend odd counts for driver sprockets wherever the chain link count is even.

Identifying Your Chain as DIN 8187 or ANSI

Check the link plate stamp: DIN/ISO chains carry a letter-number designation (06B, 08B, 10B, 12B, 16B). ANSI chains carry numeric codes (25, 35, 40, 50, 60). If the chain is unstamped, measure the roller diameter — for 12.7 mm pitch: DIN 08B roller = 8.51 mm; ANSI 40 roller = 7.92 mm. That measurement definitively identifies the standard. Send us a photo of the link plate or the roller measurement and we will confirm before producing.

Ever-Power DIN 8187 European standard stainless sprocket manufacturing

Complete DIN-Standard SS Drive System

DIN 8187 stainless steel drive system components

完全なDIN規格 ステンレス製スプロケット drive requires DIN-standard chain and metric hardware throughout:

  • DIN 8187 / ISO 606 ステンレス鋼ローラーチェーン — 30​​4および316グレード、06B~20B、EN 10204 3.1に準拠
  • DIN 8187 ステンレス鋼アイドラスプロケット — matched grade and finish for tensioning duties
  • メートル規格テーパーロックブッシングセット — for maintenance access without shaft removal
  • DIN 6885 A2-70 SSキー — all metric sizes, grade-matched
  • DIN規格ステンレス製接続リンク — 圧入式およびスプリングクリップ式
Ever-Power European partnership

Start Your European Supplier Qualification

ISO 606 gauge-verified · EN 10204 3.1 · Metric bore · DDP EU/UK · ISO 9001:2015

+86-571-88220653 | [email protected] | 中国杭州市神華路

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What European Customers Report

★★★★★

“DIN 8187 gauge-verified tooth form, metric bore, EN 10204 3.1 cert, DDP to our Dutch facility — all four boxes ticked on the first order. Previous Asian suppliers ticked two at most. Ever-Power is now our sole-source for DIN SS sprockets.”

— オランダの乳製品OEM企業の購買マネージャー

★★★★★

“We switched our 10B 316 SS sprockets from Iwis to Ever-Power. Unit cost is 42% lower. Quality is the same — our incoming gauge check confirms DIN tooth form and H7 bore every order.”

— Technical Procurement, Beverage Equipment OEM, Germany

★★★★☆

“EHEDG machine required 316 SS with Ra measurement cert alongside EN 10204 3.1. Ever-Power supplied both. The auditor had no queries on the sprocket documentation. Machine certified first pass.”

— Project Engineer, Food Equipment OEM, Sweden

よくある質問

1. How do I verify the tooth form is DIN 8187 and not ANSI after delivery? +
Place your existing DIN chain on the sprocket and check roller seating: the roller should sit cleanly in the tooth pocket without riding up on the tips. Alternatively, measure the seating radius using a pin gauge and compare against DIN 8187 table values for your chain designation. We provide a dimensional compliance statement referencing the specific gauge set used for our tooth form verification.
2. What is the EN designation for 316 SS on our European drawing? +
Grade 316 SS is 1.4401 (or 1.4436 for the higher-Mo variant) under EN 10088. On your drawing, specify ‘Material: 1.4401 (316 SS) per EN 10088-3, with EN 10204 3.1 cert’ — this covers grade, standard, and documentation in a single line that satisfies European procurement quality systems.
3. Can you supply to our OEM part number for consistent after-sales identification? +
Yes. We accept customer-assigned part numbers and use them consistently on all repeat orders and documentation. This means end-customers in any market can order replacements using the OEM part number and receive an identical product with identical documentation.
4. What transit time should I allow for DDP deliveries to Germany or Netherlands? +
Sea freight to Rotterdam or Hamburg from Ningbo: 25–30 days. Customs clearance DDP: 2–3 additional working days. Total DDP transit: approximately 30–35 days. Allow 45–50 days from order placement to delivery for custom configurations (including production). Airfreight available for urgent orders: 5–7 days transit, at higher cost.
5. Do you supply DIN 8187 duplex (e.g., 08B-2, 12B-2) stainless sprockets? +
Yes. Duplex and triplex DIN SS sprockets are available as custom orders. Provide chain designation, strand count, tooth count, bore size, and hub type. Typical lead time 14–18 working days for duplex configurations.

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