995-994-110-VS

Name: SKF 995-994-110-VS — Metering Nipple
Brand: SKF

SKF 995-994-110-VS — Metering Nipple

The SKF 995-994-110-VS is an industrial component designated by the manufacturer model DOSIERNIPPEL 995-994-110-VS and part number 206666. This factory-original part functions according to the exact specifications established by SKF. Submit your exact part number, quantity, and application requirements to request a quote.

Request pricing and availabilityCommercial response within one business day for your destination and required quantity.

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Why no listed price?

Industrial and obsolete parts are priced per enquiry: the final price depends on available stock, condition, quantity, and your delivery destination, so a fixed list price would be misleading. Request a quote and we confirm current pricing, lead time, and sourcing options — including hard-to-find and discontinued SKF references — within one business day.

Manufacturer: SKF
Part number: 995-994-110-VS
Data verification: Manufacturer evidence reviewed

For a faster response, include quantity, condition, and delivery destination.

Exact part-number verificationTechnical properties are matched to 995-994-110-VS.

Worldwide sourcingSupport for planned and urgent industrial requirements.

Manufacturer documentationA document is added when the reviewed source provides one.

Verified configuration

Technical Specifications

Product Type: Metering Nipple
Manufacturer Model: DOSIERNIPPEL 995-994-110-VS | 206666

Engineering context

Identification and RFQ Guidance

Confirm the exact configuration

Use the manufacturer part number and model code—not appearance alone. Connection, size, material, voltage, pressure, seal, and control options can differ within the same product family.

What to include in your RFQ

Provide quantity, delivery country and ZIP/postal code, required condition, target date, and photographs of the existing nameplate when available.

Technical verification

Our sourcing response is prepared against SKF 995-994-110-VS. Final compatibility remains subject to the machine manufacturer’s requirements and complete application data.