New Year Sale Valqua 6x1720le Buvc O-ring D0270 Fluoride Reseller Lot Of 2 Ulvac Zx-1000 New Save 35% + Free Ship [ixW0RoPJ]

Valqua 6X1720LE BUVc O-Ring D0270: High-Quality Reseller Lot

Introducing the Valqua 6X1720LE BUVc O-Ring D0270, a top-tier component designed for precision and durability. This fluoride reseller lot of 2 is brand new surplus, ensuring you receive top-quality products at an unbeatable price. Crafted from D0270 Fluoro-Rubber FKM, 4640, these O-Rings are known for their exceptional resistance to chemicals and extreme temperatures. With a 90-day warranty, you can trust in the reliability and performance of this product.

Key Specifications and Benefits

The Valqua 6X1720LE BUVc O-Ring D0270 features a Part No. of 6X1720LE and a Model No. of BUVc. It is specifically designed for use with the Ulvac Technologies Ceraus ZX-1000 200mm PVD Sputtering System, making it an ideal choice for professionals in the semiconductor and electronics industries. This reseller lot of 2 provides cost-effective solutions for bulk purchases, and the included specifications ensure compatibility and optimal performance.

• Part No: 6X1720LE
• Model No: BUVc
• Compound: D0270 Fluoro-Rubber FKM, 4640
• Reseller Lot of 2: Economical bulk purchase option

Practical Applications and Target Audience

The Valqua 6X1720LE BUVc O-Ring D0270 is a versatile component with a wide range of practical applications. Whether you are a professional in the semiconductor industry, an engineer, or a hobbyist, this fluoride reseller lot of 2 is an essential tool for your projects. Its exceptional resistance to chemicals and extreme temperatures makes it suitable for various environments, ensuring reliable performance in your daily operations. With its cost-effective pricing and high-quality construction, this product is an excellent choice for anyone looking to enhance their equipment and improve their workflow.

• Target Audience: Semiconductor professionals, engineers, hobbyists
• Applications: Electronics, semiconductor, PVD sputtering systems