Industrial Universal Joint cross 65 mm

Name: Industrial Universal Joint cross 65 mm
Brand: HEMANT INDUSTRIES
Price: 2300.0 INR
Availability: InStock

Price 2300.0 INR/ Number

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Industrial Universal Joint cross 65 mm Specification

Size
65 mm

Surface Finish
OEM

Product Type
Machine Spare Part

Material
20MnCr5

Industrial Universal Joint cross 65 mm Trade Information

Minimum Order Quantity
50 Number

Payment Terms
Cash on Delivery (COD), Cash Advance (CA)

Supply Ability
10000 Per Week

Delivery Time
2 Days

Sample Available
Yes

Sample Policy
Contact us for information regarding our sample policy

Packaging Details
Cartoon Box

Main Export Market(s)
Asia, Australia, Central America, North America, South America, Eastern Europe, Western Europe, Africa, Middle East

Main Domestic Market
All India

Certifications
ISO Certified

About Industrial Universal Joint cross 65 mm

Industrial universal joint crosses made from 20MnCr5 Alloy steel are heavy-duty mechanical coupling components engineered to transmit high torque and rotational power between misaligned shafts. These crosses form the structural core of Cardan joints or propeller shafts. They are heavily utilized across demanding industrial machinery like steel rolling mills, paper mills, heavy commercial trucks, and large agricultural machinery.

The choice of 20MnCr5 alloy steel provides several specific mechanical advantages that make these joints perfect for extreme heavy-duty environments.

Key Engineering Benefits of 20MnCr5 Steel

Superior Case-Hardening (Carburizing): 20MnCr5 is a low-carbon, chromium-manganese alloy steel optimized for case hardening. After heat treatment, the outer surface reaches an extreme hardness of 62 HRC, while the inner core stays tough, preventing the arms from snapping under extreme shock loads.
High Fatigue & Core Strength: The addition of manganese and chromium guarantees deep hardenability. This provides high tensile core strength capable of handling heavy cyclical loading without experiencing deformation or fatigue failure.
Excellent Wear Resistance: The ultra-hard outer layer significantly minimizes metal-to-metal wear against internal needle roller bearings under intense rotational friction.

Common Heavy-Duty Industrial Applications

Steel Rolling Mills & Metal Processing: Transmits massive torque levels (up to 100+ tonnes) to heavy machinery rollers under high heat and reversing shocks.
Paper Mills & Conveyor Systems: Provides uninterrupted power delivery to massive inline processing cylinders.
Heavy Commercial Trucks & Construction Fleet: Serves as the primary drive shaft universal joint cross to handle the massive torque output from diesel engines.

Industrial Universal Joint cross Part list with domestic and export dimensions

S.No	HI Part Number	Dimension & Description	Cup OD (mm)
1	HI-101	Heavy duty 145 MM UJ Cross	145
2	HI-102	Heavy duty 130 MM UJ Cross	130
3	HI-103	Heavy duty 120 MM UJ Cross	120
4	HI-104	Heavy duty 115 MM UJ Cross	115
5	HI-105	Heavy duty 110 MM UJ Cross	110
6	HI-106	Heavy duty 105 MM UJ Cross	105
7	HI-107	Heavy duty 100 MM UJ Cross	100
8	HI-108	Heavy duty 95 MM UJ Cross	95
9	HI-109	Heavy duty 90 MM UJ Cross	90
10	HI-110	Heavy duty 89.5 MM UJ Cross	89.5
11	HI-111	Heavy duty 83 MM UJ Cross	83
12	HI-112	Heavy duty 74 MM UJ Cross	74
13	HI-113	Heavy duty 72.5 MM UJ Cross	72.5
14	HI-114	Heavy duty 72 MM UJ Cross	72
15	HI-115	Heavy duty 68 MM UJ Cross	68
16	HI-116	Heavy duty 65 MM UJ Cross	65
17	HI-117	Heavy duty 62 MM UJ Cross	62
18	HI-118	Heavy duty 59 MM UJ Cross	59
19	HI-119	Heavy duty 57 MM UJ Cross	57
20	HI-120	Heavy duty 52 MM UJ Cross	52

High Load Capacity and Durability

Designed to withstand up to 75 tonnes, this universal joint cross is built from premium 20MnCr5 steel and processed through hot forging for enhanced hardness. Its hardened surface and corrosion-resistant finish ensure reliable operation even in rigorous conditions, making it an ideal choice for heavy-duty drive shafts.

Optimized for Industrial Drive Shafts

Tailored for integration with Cardan shaft systems, the model's precise 65 mm dimensions and silver OEM finish make it a perfect fit for modern drive shaft assemblies. Grease-based lubrication further extends its operational life, ensuring efficient power transmission with minimal maintenance.

FAQ's of Universal Joint cross:

Q: How is the Universal Joint Cross installed in a drive shaft system?

A: This universal joint cross is designed for Cardan shaft drive systems. Installation typically involves aligning the joint with the shaft ends and securing it using the appropriate fasteners and grease lubrication to ensure smooth operation.

Q: What materials and treatments make this universal joint cross durable?

A: Made from 20MnCr5 steel and finished with a hardened, OEM silver surface, this joint cross undergoes a hot forging process for added strength. The surface is also treated to resist corrosion, enhancing its longevity in demanding environments.

Q: When should the universal joint cross be replaced?

A: Regular inspection is recommended, but typically, this universal joint cross offers a working life of one year under recommended conditions. Signs such as excessive play, noise, or visible wear indicate that replacement may be necessary.

Q: Where can this joint cross be used?

A: This component is ideally used in industrial drive shafts, especially in machinery requiring high load capacity and reliable performance within temperatures up to 100C.

Q: What process is used to manufacture the joint cross?

A: The joint cross is manufactured using a hot forging technique, followed by a surface hardening process and finished in OEM quality, ensuring strength and durability suitable for heavy-duty applications.

Q: What are the benefits of using a grease-lubricated, corrosion-resistant joint cross?

A: Grease lubrication reduces friction, ensures smoother operation, and extends the component's life. The corrosion-resistant surface helps maintain performance even in harsh environments, decreasing the risk of failure.

Q: How does this universal joint cross improve drive shaft operation?

A: It provides robust and flexible torque transmission, reduces transmission vibration, and ensures longer service life for drive shafts due to its high structural integrity and precision engineering.

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