BK DRILLING
55035419 550 354 19 550-354-19 STABILIZER PISTON - Sandvik Genuine Product Photo
Product Photo
55035419 550 354 19 550-354-19 STABILIZER PISTON - Sandvik Technical Drawing
Technical Drawing
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Sandvik / Tamrock

550 354 19 STABILIZER PISTON

Rock Drill Spare Part

Available — Request Quote
Part Number550 354 19
DescriptionSTABILIZER PISTON
BrandSandvik (Tamrock)
AssemblyHYDRAULIC ROCK DRILL HL 1560T-
TypeRock Drill Spare Part

Compatibility

Drifter Models

HL1560T

Machine Models

Quick answer

550 354 19 (also written 55035419, 550-354-19, or 550.354.19) is a Sandvik stabilizer piston spare part used in the HYDRAULIC ROCK DRILL HL 1560T- assembly of the Sandvik DP1500. Verified compatible with 1 Sandvik machine model including DP1500. Used in 1 drifter configuration (HL1560T). Available as an aftermarket replacement drill part from BK Drilling — Turkey-based Sandvik and Epiroc spare parts supplier serving mining contractors worldwide. Quote on request via WhatsApp; typical lead time 3-7 days for stock items.

Part code alternate forms: 55035419, 550 354 19, 550-354-19.

Compatible machines

1

Drifter configurations

1

OEM cross-reference

550 354 19

Reference image

Available

About Sandvik 550 354 19 STABILIZER PISTON

A critical hydraulic component in the Sandvik DP1500 percussion mechanism, this piston converts hydraulic pressure into the powerful impact force needed for rock breaking. Located in the HYDRAULIC ROCK DRILL HL 1560T-, worn pistons cause reduced penetration rate, increased energy consumption, and decreased overall drilling efficiency.

This is an OEM-compatible aftermarket replacement part for the Sandvik DP1500 (DP1500). Also compatible with Tamrock branded equipment of the same model series. BK Drilling supplies this part with fast worldwide shipping and competitive pricing.

Frequently asked questions

How does a worn piston affect drilling performance?

A worn piston reduces percussion energy transfer, decreasing penetration rate and increasing the time and energy required to drill each hole. This directly impacts productivity and operating costs in mining operations.