
Save Extra With 1 Offer
A. This buffer has a maximum load rating of 6.9 kg and a deflection of 6.25 mm. The 45 Shore A hardness grade provides the greatest deflection within the M6 conical buffer range, making it the most compliant option for lighter or vibration-sensitive installations.
A. Rubber hardness directly governs the balance between deflection and load capacity. At 45 Shore A — the softest grade available in this geometry — the buffer delivers greater movement under load and superior isolation of low-frequency vibration, but carries a lower maximum load than 60 or 70 Shore A equivalents. It is best chosen where isolation performance matters more than restraint.
A. The source family covers construction equipment, agricultural machinery, commercial vehicles, elevators, industrial machinery and power generation plant. The softer 45 Shore A grade is particularly suited to lighter or compact equipment and sensitive installations where vibration isolation — rather than high load-bearing — is the primary requirement.
A. The buffer uses rubber-to-metal bonded construction, bonding the natural rubber element directly to the M6 x 18 mm steel stud. This method resists separation under repeated shock and vibration cycling and allows the buffer to operate in shear, compression or a combination of both.
A. Yes — stainless steel metalwork and oil-resistant or high-temperature rubber compounds are available on request, in addition to further custom sizes beyond the standard range.
A. The 20x24mm M6 footprint is also offered in 60 Shore A (2024MCB18-60) and 70 Shore A (2024MCB18-70) for higher load or lower deflection duties. Larger conical buffer formats are available as 100100MCB31, 100120MCB31, 10095MCB31, 1010MCB12, 11877MCB41 and 2015MCB10.
A. By absorbing and dissipating energy from impact shocks and vibration, the buffer reduces force transfer to the supporting structure, protects surrounding assemblies, extends machinery service life and contributes to improved operator comfort.
A. Yes — WhatsApp us on 07754 288583 with any questions about specifications, suitability, or compatibility.
By sharing your email, you agree to our privacy policy & terms of service