Our facilities provide casting, machining, and assembly of essential component parts for agriculture, construction, material handling, railroad, HVAC, and a host of other industries.
Superior casting capability based on 150 years of casting experience.
Transition from welding to casting to realize the following benefits:
- Reduced number of required components
- Reduced number of required secondary/assembly operations
- Reduced inventory complexity and costs
- Increased reliability of product performance
- Increased performance quality
- Reduced failure modes
Using ductile iron instead of aluminum results in the following benefits:
- Enhanced strength
- Longer part life
- Greater ductility
- Reduced risk of deformation
- Reduced risk of failure
Using austempered ductile results in:
- Reduced part weight
- Enhanced strength to weight ratios
- Enhanced toughness
- Improved elongation, competitive with steel
Protection. Control. Efficiency. Reliability.
Protection
- Safely houses components from impact and environmental elements
Precision control
- Maintain tight tolerances allowing for more efficient manufacturing and assembly processes that produce consistent parts
Reliability
- We supply quality castings that meet customer specifications day in and day out
- Reduced machining time
- Decreased scrap
- Reduced failure in the field
Expert material science capability
- NEI products are more consistent with machines due to the carefully selected material
- Machine cycle time is improved
- Extended life of cutting tools due to reduced tooling wear
Enhanced cooling system
- Improved hardness leading to enhanced reliability
Outstanding Dimensional Stability. Reliability. Soundness.
Dimensional Stability results in:
- Enhanced manufacturing and assembly process efficiencies due to tighter tolerances
- Avoidance of interference
- Avoidance of failures
- Increased ease and convenience of machining and assembly operations
Expert metallurgy and material selection results in:
- Improved material performance in the field
- Enhanced ability to be consistent with the Brinell range for hardness
- Enhanced ability to control chemistries within tight tolerance ranges
- Improved ductility, impacting resistance and strength
- Increased machinability
High soundness or freedom from voids, shrinkage, and porosity, results in:
- Enhanced part strength
- Improved mechanical properties
- Reduced or eliminated fluid leakage
Dimensional Stability. Control. Reliability.
Dimensional stability results in:
- Enhanced manufacturing and assembly process efficiencies due to tighter tolerances
- Avoidance of interference
- Avoidance of failures
- Increased ease and convenience of machining and assembly operations
Expert metallurgy and material selection results in:
- Improved material performance in the field
- Enhanced ability to be consistent with the Brinell range for hardness
- Enhanced ability to control chemistries within tight tolerance ranges
- Increased machinability
Austempered ductile iron provides:
- Improved strength-to-weight ratio than aluminum
- Enhanced ability to match the lightweight of aluminum
- Improved strength and elongation, making it a great alternative to some steels
High soundness or freedom from voids, shrinkage, and porosity results in:
- Enhanced part strength
- Improved mechanical properties
- Reduced or eliminated fluid leakage
Precision control results in:
- Improved manufacturing and assembly process efficiency due to consistent tolerances; producing more consistent parts
Precision Control. Expert Material Science for Performance. Soundness.
Precision control results in:
- Enhanced manufacturing and assembly process efficiency due to tighter tolerances
Material science expertise results in:
- Improved material performance in the field
- Enhanced ability to be consistent with the Brinell range for hardness
- Enhanced ability to control chemistries within tight tolerance ranges
- Improved ductility impacts resistance and strength
- Better machinability and faster machining speed
- Increased CNC programming efficiency
- Enhanced tooling life
High soundness or freedom from voids, shrinkage, and porosity results in:
- Enhanced part strength
- Improved mechanical properties
Dimensional Stability. Expert Material Science for Performance. Soundness. Precision. Control.
Dimensional Stability results in:
- Enhanced manufacturing and assembly process efficiencies due to tighter tolerances
- Avoidance of interference
- Avoidance of failures
- Increased ease and convenience of machining and assembly operations
Expert metallurgy and material selection results in:
- Improved material performance in the field
- Enhanced ability to be consistent with the Brinell range for hardness
- Enhanced ability to control chemistries within tight tolerance ranges
- Improved ductility, impacting resistance and strength
- Increased machinability
Austempered ductile iron provides:
- Provides excellent wear properties
- Better strength to weight ratio than aluminum
- The ability to match the lightweight of aluminum
- Improved elongation, making it a great alternative to some steels
High soundness or freedom from voids, shrinkage, and porosity results in:
- Enhanced part strength
- Improved mechanical properties
- Reduced or eliminated fluid leakage
Precision control results in:
- Improved manufacturing and assembly process efficiency due to consistent tolerances; producing more consistent parts
Consistent weld quality with no variability.
Dimensional Stability. Expert Material Science for Performance. Soundness.
Dimensional Stability results in:
- Enhanced manufacturing and assembly process efficiencies due to tighter tolerances
- Avoidance of interference
- Avoidance of failures
- Increased ease and convenience of machining and assembly operations
Austempered ductile iron provides:
- Provides excellent wear properties
- Better strength to weight ratio than aluminum
- The ability to match the lightweight of aluminum
- Improved elongation, making it a great alternative to some steels
High soundness or freedom from voids, shrinkage, and porosity results in:
- Enhanced part strength
- Improved mechanical properties
- Reduced or eliminated fluid leakage
Expert metallurgy and material selection results in:
- Improved material performance in the field
- Enhanced ability to be consistent with the Brinell range for hardness
- Enhanced ability to control chemistries within tight tolerance ranges
- Improved ductility impact resistance, strength, yield, and elongation properties
- Increased machinability
- Reduced tooling wear
INDUSTRY RECOGNITION
