All In One Heavy Duty SAE Hydraulic O Ring Flange Kit With 80 Buna 90 O Rings For Code 61 And Code 62 High Pressure Seals Sized From One Half Inch To Two And One Half Inch Includes Eight SAE Sizes From Eight Through Thirty Two
No reviews
Title
Regular price
$99.99
Sale price$180.00you save $80.01
SKU: VXB0BLZN6325
Heavy-Duty SAE Hydraulic O-Ring Flange Kit for High-Pressure Systems
✔️ Includes 80 Buna 90 O-rings for Code 61 and 62, sized from 1/2 to 2-1/2 inches for robust hydraulic sealing.
✅ Sizes range from -8 through -32, matching 1/2 to 2-1/2 inches for wide compatibility in hydraulic setups
✅ Built with durable material that resists heat and fluids, ensuring long-lasting performance
✅ Organized in a labeled case for easy access during repairs and maintenance
✅ Designed for leak prevention in heavy-duty applications like industrial equipment
✔️ Includes 80 Buna 90 O-rings for Code 61 and 62, sized from 1/2 to 2-1/2 inches for robust hydraulic sealing.
This SAE hydraulic O-ring flange kit is a collection of seals made from tough Buna 90 material, commonly used in heavy machinery, industrial hydraulics, and construction equipment to handle high-pressure fluid lines.
✅ 80 high-pressure Buna 90 O-rings in the kit for reliable Code 61 and 62 connections✅ Sizes range from -8 through -32, matching 1/2 to 2-1/2 inches for wide compatibility in hydraulic setups
✅ Built with durable material that resists heat and fluids, ensuring long-lasting performance
✅ Organized in a labeled case for easy access during repairs and maintenance
✅ Designed for leak prevention in heavy-duty applications like industrial equipment
💡 How do O-rings provide effective sealing in hydraulic systems? O-rings are key for maintaining tight seals under pressure. - They create a barrier that stops fluid leaks in high-stress environments - Their elastic design adapts to fittings for a snug fit every time - Made from resistant materials like Buna 90, they handle extreme temperatures and chemicals - This setup reduces downtime by preventing common seal failures
✝️
Share