Caterpillar

CT 1009305

$2.11 off

CT 1009305

High-Strength Grade 8 Industrial Bolt with Nut

Regular price $27.46
Sale price $27.46 Regular price $29.57
In stock

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Bolts Cat Caterpillar Electric Lift Truck Parts Nuts

Compatibility

Make Cat Caterpillar
Model -

Reference Diagrams

Visit our diagram page for part references to popular models


Product Description

Caterpillar CT 1009305 is a factory OEM bolt with nut, specified for electric lift truck parts applications, constructed from high-strength alloy steel meeting or exceeding SAE Grade 8/ISO 10.9 standards. Typical torque values for Caterpillar fasteners apply; consult equipment manual to confirm thread dimensions for the installation.

Specifications

Material & Construction
Material SpecificationHigh-strength alloy steel, meeting or exceeding SAE Grade 8/ISO 10.9 for Caterpillar service
HardnessRockwell hardness: C33–C39 minimum (induction-hardened head)
Part Numbers
OEM Part NumberCT 1009305

Frequently Asked Questions

Q: What is the material specification for the CT 1009305 fastener?
A: The CT 1009305 is a high-strength alloy steel bolt with nut meeting or exceeding SAE Grade 8 or ISO 10.9 standards. Rockwell hardness is C33 to C39 minimum on the induction-hardened head.

Q: Is this an OEM Caterpillar part?
A: Yes, the CT 1009305 is a factory OEM bolt with nut specified for Caterpillar electric lift truck parts applications.

Q: What is the recommended torque specification for the CT 1009305?
A: Typical torque values for Caterpillar Grade 8 fasteners apply. Consult your equipment manual or contact us to confirm the exact torque specification for your application based on thread dimensions.

Q: What are the thread dimensions for the CT 1009305?
A: Thread dimensions are specified in the equipment manual for your Caterpillar model. Contact us with your equipment model and we can confirm the exact thread size and pitch.

Q: Why is SAE Grade 8 material important for lift truck fasteners?
A: Grade 8 alloy steel provides high tensile strength and shear resistance required for critical load-bearing joints on material handling equipment. The induction hardening increases resistance to vibration loosening and fatigue failure.