Key Benefits of ABS:

High Impact Resistance

Withstands drops and mechanical shocks, ideal for structural applications

Strong and Stiff

Offers excellent strength-to-weight performance

Easy to Machine and Process

Suitable for CNC machining, molding, and rapid prototyping

Cost-Effective

Affordable option for both prototypes and end-use parts

Versatile Applications

Commonly used in automotive, electronics, and medical devices

Key Benefits of PMMA (Acrylic):

Excellent Optical Clarity

 High light transmission, ideal for lenses, displays, and signage    

Lightweight yet Durable

Easy to handle without compromising strength    

Highly Machinable

 Suitable for precision CNC machining with clean finishes    

UV and Weather Resistance

Maintains clarity and appearance in outdoor applications    

Aesthetic Versatility

Ideal for projects requiring visual appeal and transparency

Key Benefits of PC (Polycarbonate):

High Impact Resistance

Withstands strong mechanical shocks, ideal for safety equipment and structural parts

Excellent Transparency

Suitable for applications requiring optical clarity, such as eyewear lenses and light covers

Good Heat Resistance

Maintains performance under elevated temperatures

Strong and Stiff with Dimensional Stability

Reliable for precise, load-bearing applications

Available in Multiple Grades

We offer Customizable in clear, black, translucent, and glass-filled options for varied needs

Key Benefits of POM / Delrin:

Excellent Wear and Abrasion Resistance

Ideal for moving parts like gears, bushings, and bearings

Low Friction Coefficient

Supports smooth, efficient mechanical motion

High Stiffness and Mechanical Strength

Maintains rigidity under load, suitable for precision components

Excellent Dimensional Stability

Holds tight tolerances even in varying conditions

Creep Resistance

Maintains shape and performance under long-term stress

Good Performance at Elevated Temperatures

Reliable in high-heat operating environments

Chemical Resistance

Withstands fuels, solvents, and other industrial chemicals

Low Moisture Absorption

Maintains stability and strength in humid environments

Key Benefits of PC GF30:

High Strength and Rigidity

Significantly stronger and stiffer than unfilled PC

Excellent Heat Resistance

Suitable for high-temperature environments

Improved Dimensional Stability

Maintains shape and tolerances under load and heat 

Durability for Structural Applications

Ideal for demanding uses like automotive parts and housings

Key Benefits of PA GF30:

High Mechanical Strength

Reinforced with 30% glass fiber for superior load-bearing performance

Excellent Dimensional Stability

Maintains tight tolerances under mechanical and thermal stress

Good Heat Resistance

Suitable for high-temperature applications

Ideal for Demanding Machining Applications

Withstands rigorous use in industrial environments

Key Benefits of PP GF30:

Excellent Heat Resistance

Suitable for high-temperature environments

Low Friction

Ideal for moving or sliding components

Strong Chemical Resistance

Withstands exposure to fuels, acids, and solvents

Enhanced Mechanical Strength

30% glass fiber reinforcement improves stiffness and durability

Versatile for Industrial Use

Commonly used in automotive, electrical, and industrial applications

Key Benefits of PA (Nylon):

High Mechanical Strength and Fatigue Resistance

Withstands repeated stress without deformation or failure

Excellent Wear and Bearing Performance

Low friction and high abrasion resistance, ideal for gears, bushings, and bearings

Noise Damping

Naturally reduces vibration and noise in moving parts

Good Chemical Resistance

Performs well in contact with oils, fuels, and many industrial chemicals

Low Moisture Absorption & Dimensional Stability

Maintains performance in humid or variable environments

Easy to Machine

Suitable for precision CNC machining applications

Key Benefits of PP (Polypropylene):

Excellent Chemical Resistance

Suitable for use in corrosive or chemically aggressive environments

Lightweight and Durable

Combines low density with strong mechanical performance

Good Flexibility and Fatigue Resistance

Withstands repeated bending and vibrations without cracking

FDA Compliance (for Copolymer Grades)

Safe for use in food-grade and medical applications

Easy to Fabricate

Ideal for CNC machining, molding, and forming processes

Versatile Applications

Widely used in automotive, packaging, consumer goods, and industrial parts

Excellent Heat Resistance

Maintains performance at high continuous operating temperatures

Outstanding Chemical Resistance

Withstands exposure to acids, bases, solvents, and fuels

High Dimensional Stability

Resists warping or deformation under thermal and mechanical stress

Strong Mechanical Strength and Durability

Suitable for demanding industrial applications

Low Moisture Absorption

Maintains properties in humid or wet environments

Flame Retardant

Inherently resistant to ignition and flame spread

Key Benefits of PTFE (Teflon):

Ultra-Low Friction & Excellent Wear Resistance

Ideal for applications like bushings, bearings, and seals

Outstanding Chemical Resistance

Inert to most acids, bases, and solvents; perfect for harsh environments

Wide Temperature Resistance

Operates effectively from -200°C to +260°C

Excellent Electrical Insulation

Suitable for use in electrical and electronic components

Highly Machinable

Easily fabricated into complex parts with smooth finishes

Non-Stick Properties

Prevents material adhesion, ideal for gaskets and non-stick surfaces

Key Benefits of PEI (ULTEM):

High Mechanical Strength

Maintains structural integrity under stress and load

Excellent Heat Resistance

Performs reliably at elevated temperatures

Superior Electrical Insulation

Ideal for high-performance electronic and electrical applications

Dimensional Stability Under Stress

Withstands mechanical and thermal stress without warping

Chemically Resistant & Flame Retardant

Suitable for demanding environments in aerospace, automotive, and medical industries

Translucent Amber Appearance (Natural Grade)

Aesthetic appeal for parts requiring visibility or branding

Key Benefits of PS (Polystyrene):

Lightweight and Rigid

Easy to handle and cost-effective for mass production

Good Optical Clarity

Suitable for transparent or display packaging

Easy to Mold and Fabricate

Well-suited for injection molding and thermoforming

Cost-Effective

Ideal for high-volume, disposable products

Common in Consumer Packaging

Widely used in food containers, CD cases, and cutlery

Key Benefits of PE (Polyethylene):

Lightweight and Flexible

Easy to handle and suitable for a variety of shapes and applications

Excellent Chemical Resistance

Withstands exposure to acids, bases, and solvents

Durable and Impact-Resistant

Performs well under mechanical stress in everyday use

Versatile for Household and Industrial Use

Common in containers, piping, packaging, and consumer goods

Moisture and Weather Resistant

Suitable for outdoor or wet environments

Key Benefits of PPSU:

Outstanding Heat Resistance

High deflection temperature and thermal stability, suitable for high-temperature environments

Excellent Chemical and Hydrolytic Resistance

Withstands repeated steam sterilization and harsh chemicals

Superior Toughness and Impact Resistance

Stronger and more durable than many other high-temperature plastics

Flame Retardant

Inherently resistant to ignition and flame spread

Resistance to Environmental Stress Cracking

Maintains performance under mechanical and chemical stress

Good Electrical Insulation Properties

Suitable for electronic and aerospace components

Ideal for Medical and Aerospace Applications

Sterilizable and compliant for high-performance, safety-critical parts

Key Benefits of PET:

High Strength and Wear Resistance

Durable under mechanical stress, ideal for moving parts

Low Coefficient of Friction

Supports smooth operation in mechanical and electro-mechanical systems

Superior Dimensional Stability

Maintains precise tolerances over time and under varying conditions

Lightweight and Rigid

Combines strength with low density, suitable for structural applications

Good Chemical Resistance

Withstands exposure to a wide range of substances

Recyclable and Versatile

Commonly used in food containers, textiles, packaging, and precision parts

Key Benefits of PEEK:

High Heat Resistance

Maintains flexural and tensile strength at temperatures exceeding 250°C (482°F)

High continuous working and heat distortion temperatures

Exceptional Mechanical Properties

Excellent flexural, tensile, and impact strength

Can be further enhanced with glass or carbon fiber reinforcement

Outstanding Chemical Resistance

Resistant to acids, solvents, and hydrocarbons

Excellent Wear and Abrasion Resistance

Ideal for high-friction, high-load applications

Superior Dielectric Properties

Performs well as an electrical insulator, even at high temperatures and frequencies

Radiation and Hydrolysis Resistance

Suitable for medical and aerospace applications requiring sterilization or radiation exposure

Low Smoke and Toxic Gas Emissions

Flame retardant and safe for high-spec environments

Dimensional Stability and CNC Machinability

Reliable for precision components in demanding conditions

Key Benefits of LDPE (Low-Density Polyethylene):

Flexible and Lightweight

Ideal for squeezable containers, toys, and piping

Good Chemical Resistance

Withstands acids, alcohols, and bases

Impact Resistance

Absorbs shock without cracking or breaking

Moisture Resistance

Suitable for humid and wet environments

Low Cost and Easy to Process

Cost-effective material for high-volume applications

Key Benefits of HDPE (High-Density Polyethylene):

High Strength and Durability 

Resistant to wear, abrasion, and mechanical stress

 Excellent Chemical and Corrosion Resistance 

Handles exposure to acids, bases, and solvents 

Low Moisture Absorption

Maintains integrity in humid and wet conditions 

Lightweight and Impact-Resistant 

Easy to handle while maintaining toughness 

Good Machinability 

Enables faster production with consistent results 

Recyclable and Food Safe 

Environmentally friendly (Recycling Code #2); many grades are food-grade safe 

Sterilizable (Certain Grades) 

Suitable for hygienic and medical-related uses

Key Benefits of G-10 / FR4:

Excellent Electrical Insulation

Ideal for circuit boards and high-voltage applications

High Mechanical Strength

Strong and rigid, suitable for structural and load-bearing components

Flame Resistance (FR4)

Meets flame retardancy standards for electrical safety

Moisture and Chemical Resistance

Maintains performance in harsh or humid environments

Dimensional Stability

Holds precise tolerances under thermal and mechanical stress

Versatile Applications

Used in electronics, aerospace, industrial, and mechanical systems

Key Benefits of PVC (Polyvinyl Chloride):

Durable and Rigid

Strong material suitable for structural and long-term use

Excellent Chemical Resistance

Withstands exposure to acids, bases, and salts

Versatile Applications

Common in piping, flooring, medical devices, and electrical insulation

Cost-Effective

Economical for large-scale commercial and industrial use

Good Electrical Insulation

Ideal for wire coatings and conduit systems

High Impact Resistance

Withstands drops and mechanical shocks, ideal for structural applications

Strong and Stiff

Offers excellent strength-to-weight performance

Easy to Machine and Process

Suitable for CNC machining, molding, and rapid prototyping

Cost-Effective

Affordable option for both prototypes and end-use parts

Versatile Applications

Commonly used in automotive, electronics, and medical devices

High Strength and Durability 

Resistant to wear, abrasion, and mechanical stress 

Excellent Chemical and Corrosion Resistance 

Handles exposure to acids, bases, and solvents 

Low Moisture Absorption 

Maintains integrity in humid and wet conditions 

Lightweight and Impact-Resistant 

Easy to handle while maintaining toughness 

Good Machinability 

Enables faster production with consistent results 

Recyclable and Food Safe 

Environmentally friendly (Recycling Code #2); many grades are food-grade safe 

Flexible and Lightweight

Ideal for squeezable containers, toys, and piping

Good Chemical Resistance

Withstands acids, alcohols, and bases 

Impact Resistance 

Absorbs shock without cracking or breaking 

Moisture Resistance 

Suitable for humid and wet environments 

Low Cost and Easy to Process 

Cost-effective material for high-volume applications

High Mechanical Strength

Reinforced with 30% glass fiber for superior load-bearing performance

Excellent Dimensional Stability

Maintains tight tolerances under mechanical and thermal stress

Good Heat Resistance

Suitable for high-temperature applications

Ideal for Demanding Machining Applications

Withstands rigorous use in industrial environments

High Impact Resistance

Withstands strong mechanical shocks, ideal for safety equipment and structural parts

Excellent Transparency

Suitable for applications requiring optical clarity, such as eyewear lenses and light covers

Good Heat Resistance

Maintains performance under elevated temperatures

Strong and Stiff with Dimensional Stability

Reliable for precise, load-bearing applications

Available in Multiple Grades

We offer Customizable in clear, black, translucent, and glass-filled options for varied needs

Lightweight and Flexible

Easy to handle and suitable for a variety of shapes and applications

Excellent Chemical Resistance

Withstands exposure to acids, bases, and solvents

Durable and Impact-Resistant

Performs well under mechanical stress in everyday use

Versatile for Household and Industrial Use

Common in containers, piping, packaging, and consumer goods

Moisture and Weather Resistant

Suitable for outdoor or wet environments

High Heat Resistance

Maintains flexural and tensile strength at temperatures exceeding 250°C (482°F)

High continuous working and heat distortion temperatures

Exceptional Mechanical Properties

Excellent flexural, tensile, and impact strength

Can be further enhanced with glass or carbon fiber reinforcement

Outstanding Chemical Resistance

Resistant to acids, solvents, and hydrocarbons

Excellent Wear and Abrasion Resistance

Ideal for high-friction, high-load applications

Superior Dielectric Properties

Performs well as an electrical insulator, even at high temperatures and frequencies

High Mechanical Strength

Maintains structural integrity under stress and load

Excellent Heat Resistance

Performs reliably at elevated temperatures

Superior Electrical Insulation

Ideal for high-performance electronic and electrical applications

Dimensional Stability Under Stress

Withstands mechanical and thermal stress without warping

Chemically Resistant & Flame Retardant

Suitable for demanding environments in aerospace, automotive, and medical industries

High Mechanical Strength

Maintains structural integrity under stress and load

Excellent Heat Resistance

Performs reliably at elevated temperatures

Superior Electrical Insulation

Ideal for high-performance electronic and electrical applications

Dimensional Stability Under Stress

Withstands mechanical and thermal stress without warping

Chemically Resistant & Flame Retardant

Suitable for demanding environments in aerospace, automotive, and medical industries

Translucent Amber Appearance (Natural Grade)

Aesthetic appeal for parts requiring visibility or branding

Excellent Optical Clarity 

High light transmission, ideal for lenses, displays, and signage    

Lightweight yet Durable 

Easy to handle without compromising strength    

Highly Machinable 

Suitable for precision CNC machining with clean finishes    

UV and Weather Resistance 

Maintains clarity and appearance in outdoor applications    

Aesthetic Versatility

Ideal for projects requiring visual appeal and transparency

Excellent Wear and Abrasion Resistance

Ideal for moving parts like gears, bushings, and bearings

Low Friction Coefficient

Supports smooth, efficient mechanical motion

High Stiffness and Mechanical Strength

Maintains rigidity under load, suitable for precision components

Excellent Dimensional Stability

Holds tight tolerances even in varying conditions

Creep Resistance

Maintains shape and performance under long-term stress

Good Performance at Elevated Temperatures

Reliable in high-heat operating environments

Excellent Heat Resistance

Maintains performance at high continuous operating temperatures

Outstanding Chemical Resistance

Withstands exposure to acids, bases, solvents, and fuels

High Dimensional Stability

Resists warping or deformation under thermal and mechanical stress

Strong Mechanical Strength and Durability

Suitable for demanding industrial applications

Low Moisture Absorption

Maintains properties in humid or wet environments

Flame Retardant

Inherently resistant to ignition and flame spread

Outstanding Heat Resistance

High deflection temperature and thermal stability, suitable for high-temperature environments

Excellent Chemical and Hydrolytic Resistance

Withstands repeated steam sterilization and harsh chemicals

Superior Toughness and Impact Resistance

Stronger and more durable than many other high-temperature plastics

Flame Retardant

Inherently resistant to ignition and flame spread

Resistance to Environmental Stress Cracking

Maintains performance under mechanical and chemical stress

Good Electrical Insulation Properties

Suitable for electronic and aerospace components

Lightweight and Rigid

Easy to handle and cost-effective for mass production

Good Optical Clarity

Suitable for transparent or display packaging

Easy to Mold and Fabricate

Well-suited for injection molding and thermoforming

Cost-Effective

Ideal for high-volume, disposable products

Common in Consumer Packaging

Widely used in food containers, CD cases, and cutlery

Durable and Rigid

Strong material suitable for structural and long-term use 

Excellent Chemical Resistance

Withstands exposure to acids, bases, and salts 

Versatile Applications 

Common in piping, flooring, medical devices, and electrical insulation 

Cost-Effective 

Economical for large-scale commercial and industrial use 

Good Electrical Insulation 

Ideal for wire coatings and conduit systems

Key Benefits

• High strength-to-weight, great corrosion resistance (outdoor/marine)

• Excellent formability for bends, hems, louvers (esp. 3003/5052)

• Good weldability; 6061 balances strength & machinability

• Ideal for enclosures, brackets, panels, HVAC, signage

• Cost-effective with broad thickness/gauge availability

Alloys

3003, 5052-H32, 6061-T6. 

Available Finish

Anodizing (Type II/III), Chem-film/Alodine, Brushed, Bead/Sand Blast, Powder Coat, Polishing. 

Key Benefits

• Very good ductility/formability (deep draws, crisp bends)

• Attractive golden color for visible hardware & trim

• Good corrosion resistance in many environments

• Easy to machine, stamp, and engrave

• Common in decorative panels, hinges, nameplates, connectors

Alloys

C260/C26000 (Cartridge Brass). 

Available Finish

Brushed, Polished, Clear lacquer, Antiqued/PVD tones, Nickel/Chrome plating, Powder Coat (select uses). 

Key Benefits

• Outstanding electrical & thermal conductivity (busbars, EMI shields)

• Excellent cold-formability for tight bends and flanges

• Natural corrosion resistance; solderable and brazeable

• Preferred for electrical hardware, heat spreaders, architectural trim

• Good for RF/EMI shielding gaskets and covers

Alloys

C110/C11000 (ETP), C101/C102 (oxygen-free).

Available Finish

Brushed, Polished, Clear lacquer, Patina treatments, Tin/Nickel plating, Powder Coat (where insulated). 

Key Benefits

• Excellent corrosion resistance (304 general use; 316 marine/chemicals)

• Good formability/weldability for brackets, covers, food/medical fixtures

• High toughness and abrasion resistance

• Clean, premium aesthetics; holds brushed or matte textures well

• Common in enclosures, kitchen equipment, medical carts, outdoor panels

Alloys

304/304L, 316/316L, 430 (ferritic, cost-effective). 

Available Finish

#4 Brush/Satin, 2B, Bead/Sand Blast, Electropolish, Passivation, Powder Coat. 

Key Benefits

• High strength and stiffness; economical for structural brackets

• Excellent formability and weldability in cold-rolled grades

• Broad coating options for corrosion protection

• Ideal for chassis, frames, shelves, mounting plates, industrial housings

• Good dimensional stability and repeatability in stamping/bending

Alloys/Grades

ASTM A1008 (CRS), A366/1008; Galvanneal options available. 

Available Finish

Zinc plating (clear/yellow), Black oxide, Powder Coat, E-coat, Hot-dip galvanizing, Phosphate + paint. 

Key Benefits

• Exceptional strength-to-weight with superior corrosion resistance

• Good formability in CP grades (Grade 2); high strength in Grade 5

• Biocompatible—excellent for medical and wearable components

• Suitable for aerospace brackets, UAV parts, heat exchangers, marine hardware

• Supports advanced forming (warm/hot, superplastic for complex shapes)

Alloys

Grade 2 (CP), Grade 5 (Ti-6Al-4V), Grade 9 (Ti-3Al-2.5V). 

Available Finish

Bead/Sand Blast, Mechanical polish, Titanium color anodizing (oxide-thickness based), Passivation, Powder Coat (where appropriate).