8mm-1.25 x 30mm Class 8.8 Coarse Hex Cap Screws
Categories: Coarse Thread Class 8.8 Hex Bolts
- Finish: Zinc
- Material: Steel
- Brand: Midwest
- Scale: Metric
- Length: 30mm
- Diameter: 8mm
- Drive Size: 13mm Wrench/Socket
- Drive Type: Hex
- Thread Type: Coarse
- Package Type: Box
Product Description:
These 8mm-1.25 x 30mm Class 8.8 Coarse Hex Cap Screws are manufactured from high-strength Class 8.8 steel, ensuring reliable durability and long-lasting performance in demanding applications. Featuring a black oxide finish, these bolts offer excellent corrosion and wear resistance, making them suitable for both indoor and outdoor use. The hex head design allows for easy installation and removal with standard wrenches or sockets, while precise threading ensures smooth engagement with nuts for maximum holding power.
Ideal for industrial, automotive, and construction applications, these hex cap screws provide secure fastening where strength and reliability are critical. The head stamping enables quick class and grade identification even after installation, helping professionals maintain quality control on the job. Whether for machinery assembly, structural connections, or maintenance tasks, these bolts deliver consistent performance and ease of use.
Designed to meet the needs of both B2B and B2C customers, these Class 8.8 hex cap screws combine robust materials and thoughtful features to support a wide range of fastening requirements. Their corrosion resistance and strength make them a dependable choice for professionals seeking durable and efficient fastening solutions.
Features:
- Manufactured from Class 8.8 steel for reliable strength and long‑lasting performance in demanding applications.
- Black Oxide finish provides corrosion and wear resistance
- Head stamping provides easy class/grade identification even after installation
- Hex head design allows for easy installation and removal with standard wrenches or sockets
- Precise threading provides smooth engagement with nuts to provide maximum holding power, ensuring components remain firmly connected under stress