In-House Metallurgy Behind Reliable Industrial Pumps
SAM Turbo’s captive steel foundry gives us direct control over material selection,
alloy composition and casting of critical pump components. This helps ensure
consistent component quality and metallurgy suited to demanding industrial applications.
- Material selection
- Alloy composition
- Precision casting
- Component quality
- Application-specific metallurgy
Furnaces
Materials
Why In-House Foundry Capability Matters
Material Control
Controlled alloy composition and material selection according to application requirements.
Casting Control
Greater control over the production of critical cast components.
Application-Specific Metallurgy
Materials can be selected based on abrasion, corrosion, temperature and process conditions.
Integrated Manufacturing
Foundry capabilities work alongside engineering, machining, pump manufacturing and quality processes.
Integrated Foundry & Testing Infrastructure
Induction Furnaces
Current capability includes 2 Ton, 1.5 Ton and 0.5 Ton × 2 induction furnaces
for controlled melting and alloy preparation.
Mould Shop
Pattern and moulding operations supporting pump casings, impellers and other
cast pump components.
Universal Testing Machine
In-house mechanical testing of cast material samples as part of the foundry
quality workflow.
Spectrometer
Chemical composition verification of melts before pouring, supporting
consistent alloy control.
MATERIAL ENGINEERING
Engineered Materials for Demanding Pump Applications
SAM Turbo's captive steel foundry supports a broad range of cast materials selected according to the requirements of industrial pumping applications — from general process duties to highly abrasive and chemically aggressive service.
Application Matching
The Right Material for the Right Application
Industrial pump materials should be selected according to operating conditions — fluid chemistry, solids content, temperature and duty cycle — rather than applying one standard material across every application. Matching metallurgy to service conditions is where pump reliability is decided.
Abrasive Service
Wear-resistant materials for slurry and high-solids applications.
Corrosive Service
Corrosion-resistant alloys for aggressive process fluids.
High-Temperature Service
Materials selected according to operating temperature and process requirements.
Pulp & Paper
Materials suited to demanding pulp, stock and process applications.
Mining & Mineral Processing
Wear-focused material selection for abrasive mineral handling.
Not sure which material suits your duty?
SAM Turbo Engineering
SAMRON-17 – Wear-Resistant Alloy Developed by SAM Turbo
SAMRON-17 was developed by SAM Turbo's R&D team for demanding abrasive applications, where component wear governs pump life and maintenance intervals. It reflects the company's approach of engineering the material to the application rather than adapting the application to an available material.
BHN
Hardness as stated by SAM Turbo — confirm against technical documentation before publishing.
- Abrasive service
- Pulp and paper applications
- Wear-resistant pump components
- Application-specific material engineering

From Metallurgy to Pump Performance
Application Requirement
›
Material Selection
›
Alloy Preparation
›
Casting
›
Inspection & Testing
›
Machining
›
Pump Manufacturing
›
Quality Validation
›
Quality Control from Metallurgy to Finished Component
Material Verification
Chemical composition and material verification.
Mechanical Testing
Testing of relevant mechanical properties.
Casting Inspection
Inspection of cast components according to applicable requirements.
Quality Assurance
Integrated quality practices across manufacturing.
Foundry Expertise Supporting Demanding Industries
Built for Industrial Pump Applications
Pulp & Paper Pumps
Stainless and specialty alloys for stock and process duties.
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Horizontal Split Case Pumps
Reliable split-case pumps for high-flow industrial and water pumping applications.
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Vertical Sump Pumps
Vertical pumps designed for efficient sump drainage and industrial liquid handling.
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Slurry Pumps – Single Casing
Heavy-duty pumps designed for abrasive slurry and high-solids applications.
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Pulp & Paper Stock Pumps
Reliable pumps designed for efficient handling of pulp stock and process fluids.
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Medium Consistency Pumps
Specialized pumps engineered for reliable handling of medium-consistency pulp stock.
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Water Pumps
Efficient and dependable pumps for water transfer and industrial applications.
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Split Case 2 Stages
Two-stage split-case pumps designed for high-pressure industrial applications.
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Vertical Cantilever Pumps
Vertical pumps designed for reliable liquid handling in industrial sump applications.
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Mixed Flow Pumps
High-capacity pumps designed for efficient water transfer and large-flow applications.
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Pulp Stock Pumps
Robust pumps designed for reliable handling of pulp stock in paper-making processes.
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Non-Clog / Sponge Ball Pumps
Non-clogging pumps designed for reliable handling of wastewater and solids.
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Chemical Process Pumps
Corrosion-resistant pumps designed for reliable handling of aggressive chemical fluids.
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Multi-Stage Pumps
High-pressure multi-stage pumps designed for efficient industrial fluid transfer.
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API Process Pumps – 7th Edition
API-compliant process pumps engineered for demanding continuous industrial applications.
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M-Sand Pumps – Double Casing
Heavy-duty double-casing pumps designed for abrasive M-Sand and high-solids slurry applications.
Explore M-Sand Pumps →Need the Right Material for Your Pump Application?
Talk to SAM Turbo's engineering team about your operating conditions,
material requirements and industrial pumping application.
