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PVC Footstep

Name: PVC Footstep
Brand: SURYA ENGINEERING
Price: 100.0 INR
Availability: InStock

Price 100.0 INR/ Piece

Get a Price/Quote

MOQ : 100 Pieces

PVC Footstep Specification

Usage
Constraction

Size
22,33,44,55

Height
120 Millimeter (mm)

Product Type
Footsteps

Weight
500 Grams (g)

Color
orange

Length
120 Millimeter (mm)

Width
120 Millimeter (mm)

PVC Footstep Trade Information

Minimum Order Quantity
100 Pieces

Delivery Time
24 Hours

About PVC Footstep

What is a PVC Footstep?

A PVC Footstep is a U-shaped or rectangular rung made from high-grade Polypropylene (PP) or Virgin PVC material, often with an internal steel reinforcement (TMT bar of 8mm, 10mm, 12mm, or 16mm). The PVC encapsulation fully protects the metal core from moisture, chemicals, and corrosion.

Why Use PVC Footsteps?

Traditional metal steps corrode quickly in wet, chemical-laden environments like sewage or water tanks. PVC Footsteps solve this with:

Superior Corrosion Resistance Impervious to chemicals, moisture, and sewage.
Lightweight yet Strong Easier to handle and install.
Safety Non-slip design and non-conductive properties.
Low Maintenance No rusting, painting, or frequent replacement.
Cost-Effectiveness Longer lifespan reduces overall project costs.

Classification of PVC Footsteps

Surya Engineering offers various types:

PVC Encapsulated Footsteps / Rungs Steel-reinforced with PVC coating (most common).
Polypropylene (PP) Footsteps Solid polymer versions.
PVC Coated MS/SS Manhole Steps Mild steel or stainless steel core.
PVC Anchor Rungs For duct cleaning or post-construction installation.
Heavy-Duty Variants Thicker reinforcement for higher load requirements.

Applications of PVC Footsteps

Sewage and stormwater manholes
Overhead and underground water tanks
Water treatment and sewage plants
Water wells
Swimming pools
Industrial ducts and confined spaces
Civil construction projects requiring safe access ladders.

Installation of PVC Footsteps

Mark positions using a level (typical spacing: 250-300 mm center-to-center vertically).
Drill holes (approx. 25 mm diameter, sufficient depth 150-200 mm or as specified).
Insert the footstep and secure firmly (often with mortar, chemical anchors, or by hammering into place). The design acts like a harpoon for strong grip.
Ensure proper alignment and test for stability.

Proper installation ensures they can withstand significant pull-out and load forces.

Testing Standards and Load Capacity

Manufactured as per IS standards and often ASTM D-4101 for polypropylene material.
Steel reinforcement per IS 1786.
Typical load capacity: 200-250 kg (some variants certified higher).
Tests include bend test, chemical resistance, impact, and pull-out strength.
Surya products emphasize quality moulding for durability.

Advantages of Surya Engineering PVC Footsteps

100% Corrosion & Chemical Proof
Slip-Resistant Design for wet conditions
High Visibility (Orange color)
Long Service Life with zero maintenance
Lightweight & Easy Installation
Custom Manufacturing capabilities
Cost Savings over traditional materials
Eco-friendly & Safe (non-conductive)
Wide dealer network across India for quick supply.

About Surya Engineering

Surya Engineering is a trusted engineering solutions provider specializing in industrial machinery, construction equipment, dust control systems, and fabrication machinery. The company focuses on delivering high-performance and durable industrial equipment designed for modern construction and manufacturing industries.

PAN India Supply & Service Network

West India (Regional Hub)

Maharashtra: Mumbai (HQ), Pune, Nagpur, Nashik, Aurangabad, Thane.

Gujarat

Goa

North India

Delhi NCR

Haryana.

Punjab

Rajasthan

Uttar Pradesh

South India

Karnataka

Tamil Nadu

Telangana

Andhra Pradesh

East India

West Bengal

Bihar

Jharkhand

Odisha

Chhattisgarh

Central India

Madhya Pradesh:

Durable & Lightweight Design

Crafted from high-quality PVC, this footstep combines robustness with portability. Weighing only 500 grams, it's easy to carry around job sites without compromising on its ability to support loads up to 200 kilograms. Its orange color also enhances visibility for added safety.

Manual Operation for Reliable Performance

Equipped with a plastic handle and a simple manual control system, the PVC Footstep requires no external power source, making it a reliable choice for various construction environments. Its straightforward design ensures ease of use, even for first-time operators.

Versatile and Safe Usage

With a 120 mm x 120 mm footprint and a maximum lifting height of 160 mm, this footstep is ideal for a wide range of construction applications. It provides stable support for personnel during activities that require elevation or additional reach while maintaining strict safety standards.

FAQ's of PVC Footstep:

Q: How do I use the PVC Footstep safely on a construction site?

A: To use the PVC Footstep, ensure it is placed on a level surface. Step onto the footstep carefully, making sure it remains stable without shifting. Follow all standard safety protocols and do not exceed its maximum lifting capacity of 200 kilograms.

Q: What are the primary benefits of using this PVC Footstep over traditional metal or wooden options?

A: The PVC Footstep offers improved portability due to its lightweight construction and does not rust, unlike metal alternatives. It also features a bright orange color for improved visibility and easy prevention of slips or missteps on site.

Q: Where can this PVC Footstep be most effectively utilized?

A: This footstep is best suited for construction sites where additional elevation is occasionally required for tasks such as painting, plastering, or electrical installations. It can also serve in industrial and maintenance settings where safety and mobility are priorities.

Q: What is the process for maintaining or cleaning the PVC Footstep?

A: Clean the footstep regularly by wiping it with a damp cloth and mild detergent. Avoid harsh chemicals to preserve the integrity of the PVC material. Inspect it for cracks or structural damage before each use to ensure ongoing safety.

Q: When is it ideal to use different sizes (22, 33, 44, 55) of this footstep?

A: Choose the appropriate size based on the height and support required for the task. Smaller sizes are suitable for minor elevation needs, while larger sizes accommodate higher reach or larger users. Evaluate your specific job requirements to select the size that optimizes safety and efficiency.