LT PVC Line Spacer

Name: LT PVC Line Spacer
Brand: Sanmati Industries
Price: 25 INR
Availability: InStock

Price 25 INR/ Piece

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MOQ : 1 Piece

LT PVC Line Spacer Specification

Product Type
Line Spacer

Material
LT PVC

Application
Power transmission

Shape
Round

Surface Treatment
polished

Thickness
11 Millimeter (mm)

Color
Black

LT PVC Line Spacer Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
200 Pieces Per Month

Delivery Time
1 Days

Main Domestic Market
All India

About LT PVC Line Spacer

We are offering LT PVC Line Spacer that is a line spacer. This continuous PVC line spacer is 300mm in length and 11 mm in thickness. In suspended slabs, it aids in supporting the bottom reinforcement. In this way, individual spacer placement is avoided. This is ideal for separating support beams from Formplas. It is mainly used in power transmission in industrial applications. It is round in shape, black and is available in polished surface. This part is designed with the best PVC plastic available, which makes it incredibly durable and useful. Our LT PVC Line Spacer is a component that is mostly utilised in commercial and industrial applications for various electrical functions.

Precision Engineering for Power Transmission

The LT PVC Line Spacer is meticulously designed to provide consistent spacing and support in power transmission systems. Made from high-quality LT PVC, this component ensures the safe and efficient alignment of electrical conductors, reducing maintenance and preventing contact faults. Its polished surface and robust thickness contribute to long-term reliability and easy installation.

Quality Manufacturing and Wide Availability

Manufactured using advanced processes, these spacers adhere to industry standards and deliver uniform performance. Available across India through trusted manufacturers, suppliers, and traders, customers benefit from product quality and prompt supply. The black, polished finish adds a professional touch while safeguarding against wear and environmental factors.

FAQs of LT PVC Line Spacer:

Q: How is the LT PVC Line Spacer installed in power transmission systems?

A: The LT PVC Line Spacer is typically mounted between electrical conductors to maintain their separation and alignment. Installation involves securing the round spacer in place, leveraging its 11-mm thickness to prevent sagging and contact between lines.

Q: What are the benefits of using LT PVC material for line spacers?

A: LT PVC offers excellent electrical insulation, durability, and resistance to environmental factors. This ensures the spacer maintains its shape and function over time, reducing the risk of line faults and enhancing the overall safety of the system.

Q: When should the LT PVC Line Spacer be replaced or maintained?

A: Routine inspection is recommended during scheduled maintenance of the power transmission lines. Replacement should occur if there are visible signs of damage, excessive wear, or loss of polished surface integrity.

Q: Where can I source LT PVC Line Spacers in India?

A: LT PVC Line Spacers are widely available from a network of manufacturers, suppliers, and traders across India. They can be purchased directly from local electrical product distributors or through online industry platforms.

Q: What is the manufacturing process for the LT PVC Line Spacer?

A: The spacer is produced using advanced molding and finishing techniques to achieve a precise round shape and polished surface. Quality control checks ensure uniform thickness and adherence to electrical safety standards before distribution.

Q: How does the polished surface treatment benefit the products performance?

A: The polished finish provides enhanced resistance to moisture and abrasion, minimizing build-up of contaminants and facilitating easier handling during installation and maintenance.

Q: What primary application does the LT PVC Line Spacer serve?

A: Designed specifically for power transmission, the spacer ensures safe separation and proper alignment of electrical conductors, thereby improving operational reliability and reducing the risk of electrical faults.

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