Silicone coolant hose New Holland SB35 BRAUD engine cooling circuit

Product Definition and Technical Specifications

The REDOX silicone hose for the New Holland SB35 BRAUD is a flexible VMQ (Vinyl Methyl Silicone) hose with polyester reinforcement, manufactured using a hand-winding process and oven-vulcanised. It is designed specifically to ensure the sealing and long-term reliability of the engine cooling water circuit of the New Holland SB35 BRAUD self-propelled grape harvester.

Verified technical specifications:

• Material: VMQ silicone, polyester-reinforced
• Construction: 3-ply (multi-layer)
• Wall thickness: 4 mm
• Temperature resistance: -50°C to +180°C, continuous service
• Operating pressure: 5 bar
• Application: engine cooling water circuit
• Included accessory: stainless steel clamp

Applications and Compatible Models

This hose is specifically designed for the New Holland SB35 BRAUD self-propelled grape harvester. BRAUD, a French manufacturer founded in 1870, is part of the New Holland group (CNH Industrial) and produces its machines at the Coëx factory in France. The hose is a direct replacement for the original engine cooling hose, requiring no modification.

Compatible with: New Holland SB35 BRAUD (self-propelled grape harvester)

OEM References for Original Hoses

OEM part numbers for the original cooling hoses on the New Holland SB35 BRAUD are referenced in the official CNH Industrial parts catalogue. For precise identification, we recommend consulting your authorised New Holland dealer or the official CNH Parts catalogue.

REDOX Advantages: Permanent Stock and Fast Delivery

REDOX keeps this reference permanently in stock. Orders placed before 5 pm are dispatched the same day. Delivery across France and Europe is handled by GLS and takes between 24 and 48 hours — a critical factor in minimising machine downtime during the harvest season.

REDOX VMQ silicone hoses significantly outlast original rubber hoses, thanks to their superior resistance to extreme temperature cycles, agricultural coolant fluids, and the intensive operating conditions of self-propelled grape harvesters.