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Engineering Plastic Supplier in the Philippines
Domingo Multi Corporation supplies engineering plastics for machining, manufacturing, fabrication, electrical insulation, wear components, bearings, guides, rollers, seals, and other industrial applications. Available materials include POM/Acetal, Bakelite, MC Nylon, Nylon, HDPE, Polyurethane, PVC, PTFE, and other selected engineering plastics in rod and plate forms.
ENGINEERING PLASTIC SHEETS & ROUND BAR
ENGINEERING
PLASTIC
WHAT WE OFFER
Acetal (POM)
Bakelite
MC Nylon
Nylon
Polyethylene (PE)
High Density Polyethylene (HDPE)
Polyvinylchloride (PVC)
Teflon (PTFE)
POM
Acetal plastic, or also known as polyoxymethylene (POM), is a general purpose,
semi-crystalline, engineered thermoplastic.
Typical Properties
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High fatigue resistance
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High creep resistance
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High toughness
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High tensile strength and stiffness
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Enables thinner, lighter part design
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Very good dimensional stability (low water absorption)
What we offer
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Color: White, Black
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Form: Round Bar, Plate
Typical Application
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Gears
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Safety restraint components
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Heavily loaded bearings and roller
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Conveyor system components
Bakelite
Bakelite was the first plastic made from synthetic components. It is a thermosetting phenol formaldehyde resin, formed from a condensation reaction of phenol with formaldehyde.
Typical Properties
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Can be molded very quickly
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Moldings are smooth
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Moldings are heat-resistant and scratch-resistant.
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Resistant to electricity
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Not flexible
What we offer
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Color: Natural
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Form: Round Bar, Plate
Typical Application
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Adhesives and binding agents
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Electrical switches and machine parts of electrical systems
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Protective purposes as well as in the coating industry
MC Nylon
Typical Properties
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Very good sliding
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High Abrasion and wear resistance
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Good damping capacity
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Low specific weight
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Good machinability
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Dimensional stability and low residual stress
What we offer
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Color: White, Black
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Form: Round Bar, Plate
Typical Application
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Bearing
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Guide
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Chain wheels and guides
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Guide rails
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Curved guides
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Abrasion plate, impeller,
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Wire pulley
Nylon
Nylon is from the family of polymers called polyamides and is often referred to and
abbreviated as PA. Nylon PA is a man-made semi-crystalline thermoplastic.
Typical properties
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High mechanical strength
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Good sliding properties
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Excellent wear resistance
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Good electrical insulating properties
What we offer
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Color: White, Black
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Form: Round Bar, Plate
Typical Application
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Bearings and bushings
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Seals and gaskets
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Thrust washers
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Valve seats
High Density Polyethylene (HDPE)
HDPE is a general purpose plastic that has become popular over the years.
Typical Properties
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Good insulation properties
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High tensile strength
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Easily glued and welded
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Has good chemical resistance
What we offer
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Color: White, Black
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Form: Round Bar, Plate
Typical Application
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Light duty chain guides
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Plastic bottle
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Pipe systems
Polyurethane (PU)
Typical Properties
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Good abrasion resistance
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Deformation resistance
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Tear resistant
What we offer
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Color: Natural
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Form: Round Bar, Plate
Typical Application
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Gaskets
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Bushings
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Wear pads
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Lining for tanks
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Conveyor rollers
Polyvinylchloride (PVC)
Typical Properties
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Good insulation properties
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High tensile strength
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Easily glued and welded
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Has good chemical resistance
What we offer
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Color: Gray
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Form: Round Bar, Plate
Typical Application
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Electrical conduit
Teflon (PTFE)
Typical Properties
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Very low coefficient of friction
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Excellent chemical resistance
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Good electrical insulation
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High temperature resistance
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Low water absorption
What we offer
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Color: White
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Form: Round Bar, Plate
Typical Application
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Cookware
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Valve fittings
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Electrical connectors
Custom Cutting Available
Selected stainless steel materials can be cut according to your required dimensions. Send us the grade, form, size, quantity, and specifications you need for product availability and quotation.
Common Engineering Plastic Applications
Engineering plastics are widely used for machine components, bearings, bushings, gears, rollers, conveyor guides, wear parts, and electrical insulation because of their low friction, wear resistance, machinability, and lightweight properties.
01
Food & Commercial Equipment
Stainless steel is widely used for food preparation, processing equipment, tanks, work surfaces, and commercial kitchen applications.
02
Pipes & Tubing
Stainless steel pipes and tubes are used for fluid handling, equipment fabrication, structural components, and industrial systems.
03
Architectural Applications
Stainless steel can be used for railings, decorative components, fixtures, panels, and other architectural applications.
04
Marine & Chemical Applications
Selected grades such as 316L are suitable for environments requiring increased resistance to chlorides and corrosive substances.
Engineering Plastics FAQs – Materials, Applications & Machining
Learn more about our engineering plastics, including POM, Nylon, MC Nylon, HDPE, PU, PVC, PTFE, Bakelite, available forms, machining, and industrial applications.
1. What engineering plastics do you supply?
Domingo Multi Corporation supplies selected engineering plastics including Acetal/POM, MC Nylon, Nylon, Polyethylene, HDPE, Polyurethane, PVC, PTFE/Teflon, Bakelite, and other available materials.
2. What forms of engineering plastics are available?
Engineering plastics are generally available in selected round bars and sheets/plates, depending on the material type and current stock.
3. What are engineering plastics commonly used for?
Engineering plastics are commonly machined into gears, bushings, bearings, rollers, conveyor guides, wear strips, spacers, seals, fixtures, and machine components.
4. Which engineering plastic is best for machine parts?
The appropriate plastic depends on load, temperature, friction, moisture, chemicals, and dimensional requirements. POM and Nylon are commonly used for machined components, while other materials may be selected for wear resistance, chemical resistance, or electrical insulation.
5. What engineering plastics are commonly used for conveyor components?
HDPE, Nylon, and other low-friction engineering plastics are commonly used for conveyor guides, wear strips, rollers, sliding components, and other wear parts, depending on the application.
6. What is the difference between POM and Nylon?
POM generally provides good dimensional stability, machinability, and low moisture absorption. Nylon offers good strength and wear resistance but generally absorbs more moisture. Material selection should depend on operating conditions.
7. Can engineering plastics be cut and machined?
Yes. Selected engineering plastic sheets and rods can be cut and are commonly machined into custom industrial components.
8. How do I request a quotation for Engineering Plastic?
Send us the required material or grade, form, dimensions, quantity, cutting requirements, and delivery location. If you have a drawing, technical specification, or sample requirement, include it so our team can check availability and prepare an accurate quotation.