Rim Moulding

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MOQ : 1 Unit

Rim Moulding Specification

Life Span
Up to 500,000 shots

Cavity
Single/Multiple (Customizable)

Tolerance
0.01 mm

Precision
High Precision

Mold Base
Standard Mold Base

Molding Material
ABS, Polypropylene, or as specified

Shaping Mode
Injection Mould

Material
High-grade Tool Steel

Type
Rim Moulding

Surface Treatment
Polished

Weight
Approximately 600 kg

Size
Customized as per Requirement

Hardness
50-52 HRC

Lead Time
20-30 Days for Manufacturing

Maintenance
Easy Maintenance and Cleaning

Packaging
Wooden Packing for Safe Transit

Delivery Condition
Fully Assembled and Tested

Customization
Available as per Client Drawings & Specifications

Application
Automotive, Industrial Parts, OEM Manufacturing

Runner System
Hot/Cold Runner as per Design

Cooling System
Integrated Water Cooling Channels

Rim Moulding Trade Information

Minimum Order Quantity
1 Unit

Payment Terms
Cash in Advance (CID)

Supply Ability
100 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Rim Moulding

Reserve our Premier Rim Moulding, designed for classic and modern applications across automotive, industrial parts, and OEM manufacturing sectors. Highly recommended for those seeking sublime precision, our moulds feature integrated water cooling channels and adaptable hot/cold runner systems, capitalising on easy maintenance and cleaning. Delivered fully assembled, tested, and safely packed in wooden crates, our products assure high tolerance (0.01 mm) and up to 500,000 shot life span. Customisation is available to suit your requirements, ensuring every mould meets your exact specifications. Experience the classic reliability from one of India's premier manufacturers.

Versatile Application Across Plant and Industry

Rim Moulding is an essential component for plants requiring high-precision parts in automotive, machinery, and OEM manufacturing. Used in both light and heavy industrial environments, its diverse application area spans single and multiple cavity configurations. These mouldings suit frequent, high-volume manufacturing processes and are highly recommended for rigorous usage types, guaranteeing sublime performance and efficiency in every operational setting.

Reliable Supply Ability & Seamless Domestic Delivery

Benefit from a highly dependable supply ability, ensuring consistent freight and drop-off fulfilment for your ongoing manufacturing needs. We maintain premier delivery estimates within India's main domestic markets and provide samples upon request, helping clients capitalise on insights before placing bulk orders. Each shipment is arranged with secure packaging to ensure your Rim Moulding arrives intact and on schedule.

FAQ's of Rim Moulding:

Q: How is Rim Moulding customised to meet client specifications?

A: Rim Moulding can be tailor-made based on your unique drawings and specific requirements, including size, material, cavity number, runner system, and surface finishing.

Q: What is the process for ordering and manufacturing Rim Moulding?

A: Once your specifications are received, we initiate design approval, followed by precision manufacturing, assembly, rigorous testing, and secure wooden packaging for delivery within 20-30 days.

Q: Where can Rim Moulding be effectively used?

A: It is ideal for automotive plants, industrial part suppliers, and OEM manufacturers seeking high-precision, long-life moulds designed for demanding applications.

Q: When can I expect delivery after placing an order?

A: Lead time for manufacturing Rim Moulding is typically 20-30 days, after which fully assembled and tested moulds are delivered as per the freight and drop-off arrangements.

Q: What are the primary benefits of using high-grade Rim Moulding?

A: You gain maximum part precision (0.01 mm tolerance), durability (up to 500,000 shots), easy maintenance, and the assurance of quality checked, ready-to-use tools, reducing your operational downtime.

Q: How does the integrated water cooling channel enhance performance?

A: The integrated water cooling channels provide optimal thermal control, improving cycle efficiency and mould longevity in continuous production environments.