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Monitor-Well Grip

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MOQ : 100 Units

Monitor-Well Grip Specification

Yield Strength
240 MPa

Diameter
110 mm

Connection Type
Male/Female Threaded

Coating Type
Zinc Plating

Sealing Type
Rubber Gasket

Bend Radius
Fixed

Tensile Strength
420 MPa

Flexibility
Rigid

Temperature Range
-10C to +80C

Thread Type
BSP

Tolerance
0.5 mm

Product Type
Monitor-Well Grip

Material
Mild Steel

Connection
Threaded

Shape
Cylindrical

Standard
ASTM A106

Surface Treatment
Galvanized

Outer Diameter
110 mm

Section Shape
Round

Length
250 mm

Thickness
5 mm

Color
Silver/Gray

Usage
Borewell monitoring, water level observation

Rated Pressure
Up to 10 Bar

Material Grade
MS Grade B

Application
Groundwater monitoring wells

Suitable For
PVC & HDPE Casing Pipes

Corrosion Resistance
High

Reusable
Yes

Installation Method
Manual or Tool Assisted

Weight
3.2 Kg

Pack Type
Box

Chemical Resistance
Moderate

Monitor-Well Grip Trade Information

Minimum Order Quantity
100 Units

Payment Terms
Cash in Advance (CID)

Supply Ability
5000 Units Per Month

Delivery Time
7 Days

Main Domestic Market
All India

Monitor-Well Grip About

Introducing the new Monitor-Well Grip, a hot-selling, potent solution for groundwater monitoring wells and borewell water observation. Engineered with masterful precision, it features high corrosion resistance, robust mild steel construction, and a heroic ASTM A106 standard for unmatched reliability. Its galvanized, zinc-plated body ensures longevity, while the competitive pricing makes it an irresistible choice for professionals in India. Reusable and adaptable, it accommodates various installation methods, maintaining a tolerance of 0.5 mm. Ideal for PVC and HDPE pipes, this cylindrical, threaded grip is your go-to for secure and efficient monitoring.

Effortless Application and Enhanced Features

Monitor-Well Grip boasts simple manual or tool-assisted installation, making it convenient for technicians in the field. Designed for rigid application on PVC and HDPE casing pipes, it offers seamless integration via male/female BSP threaded connections. Extra features such as a rubber gasket sealing and superior tensile/yield strength ensure reliable, leak-proof performance. The cylindrical, galvanized surface is expertly engineered for use on round pipe sections, maximizing both durability and chemical resistance in challenging groundwater environments.

Certifications, Sample Availability, and Policy Overview

Our Monitor-Well Grip is certified to ASTM A106 and MS Grade B, ensuring supreme product quality and reliability. Samples can be handed over upon proposal amount confirmation; a nominal charge is applied for sampling, which can be adjusted against bulk orders. We maintain a transparent sample policy so clients experience our standards firsthand. Our commitment as a manufacturer, exporter, supplier, and service provider reinforces trust and satisfaction across India's diverse groundwater projects.

FAQ's of Monitor-Well Grip:

Q: How is the Monitor-Well Grip installed on casing pipes?

A: The Monitor-Well Grip can be installed manually or with the aid of suitable tools, making the process adaptable to on-site conditions and varied technician preferences.

Q: What surfaces or materials is the Monitor-Well Grip suitable for?

A: It is specifically designed for use with PVC and HDPE casing pipes, providing reliable performance in both new and existing groundwater monitoring wells.

Q: Where can Monitor-Well Grip typically be used?

A: This product is ideal for groundwater monitoring wells, borewell monitoring, and water level observation applications across industries in India.

Q: What is the benefit of its corrosion and chemical resistance?

A: The high corrosion resistance and moderate chemical resistance ensure the Monitor-Well Grip's longevity and consistent performance, even in challenging environments with variable water quality.

Q: How does the Monitor-Well Grip ensure a leak-proof fit?

A: The product uses a rubber gasket for superior sealing and comes with precisely engineered BSP threaded connections, reducing risks of leakage and providing dependable functionality.