Starting with Choosing the right plastic raw material can save time and money for you. And impact resistance plastics are commonly used in heavy industries such as constructions, automotive parts, and military applications due to their unique mechanical properties and benefits such as strength and clarity.

To dig deeper in the impact strength, we must classify plastic types depending on there toughness.
In this article we will explore more about plastic materials’ toughness beside the following points:

• What is the impact strength?
• How does impact strength affect your selection for plastic raw material?
• What are the top high impact strength plastics?

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1- What are impact resistance plastics?

Impact strength must be a main factor when choosing the raw material. It is all about how much resistance your final product can handle cracks. Has your final product enough energy to stand before it deformed?

You must know first the variables that can affect the impact resistance of the raw material. For instance, the temperature affects the resistance; Plastics gains resistance and toughness when they exposure to warm temperature. UV light is an influential factor also as it decreases plastic toughness.

 

2- How does impact strength affect your plastic raw material selection?

You have to consider the impact strength as a main factor especially when manufactures need to classify the raw materials for certain purposes such as PE(Polyethylene) and Polyamides.

Tensile strength must affect your selection when you are dealing with building structures. The reason is that these materials that used to build bridges must have high impact resistance against the environmental changes.

 

3- What are the top high impact strength plastics?

If you want to know the top materials with good impact resistance from the 7 types of plastic raw material, you have to know first each material's pros and cons and its applications. That is why we have collected for you the top 5 high impact resistance materials:

 

1-ABS (Acrylonitrile Butadiene Styrene)

ABS has unique properties makes it perfect material for manufactures in various fields such as automotive industry, building and constructions. Let us look at its properties:

1-Lightweight is the most important feature for ABS.

2-It offers chemical, heat resistance.

3-It offers tensile strength and surface hardness.

Now it is time to know ABS' pros & cons:

ABS Pros:

ABS is ideal to use it in heavy -duty applications.

It is a cost-effective material.

It has outstanding insulating properties

It has excellent resistance to alkalis and acids.

You can easily use it 3D printing and injection molding as it is low melting.

ABS Cons:

ABS is sensitive to solvents so it can be damaged by specific substances like acetone.

ABS is not good at external use.

It has low resistance against UV, but you can handle this if you use UV resistant coating.

In which applications ABS will be the best material?

You can find ABS in various applications as you can find 6000 grades from ABS, the following are its best applications:

Electrical applications.

Automotive parts.

Sports equipment.

Household products.

Musical Instruments.

2-PC (Polycarbonate) 

Here comes the turn of PC (Polycarbonate) that comes in high level in impact strength, let us dig deeper in its properties: 

• Polycarbonate has excellent dimensional stability. 
• When it comes to thermoforming, it thermoforms well. 

• You can use PC in wide temperature range at melting point: 155 °C. 
• It has good electrical properties. 

PC Pros: 

• When it comes to transparency, PC is considered the plastic alternative for the glass. 
• Regarding strength, PC is stronger 250 times than glass and stronger 30 times than acrylic material. 

• PC has excellent electrical properties. 
• PC preserves its rigidity even under high temperature. 
• PC has an advantage to beat the glass which is the lightweight. 

PC Cons: 

• Polycarbonate needs very high temperatures while processing. 

• PC is sensitive material to scratches 
• PC can expand easily 
• PC can be expensive for some manufactures 

In which applications PC will be the best material? 

 

Polycarbonate can be widely used in the following applications: 

• Windows. 
• Protective goggles 
• Face shields. 
• Architectural glazing for building to protect it from damage. 

• Electrical barriers and components. 
• Machine Guards. 

3-HDPE (High Density Polyethylene) 

HDPE Offers high rigidity and toughness. It has distinct properties such as durability and tensile strength. Let us dig deeper into HDPE Properties: 

• HDPE can withstand heavy loads. 

• HDPE can be easily molded so it can be easily. 
• HDPE is resistant to acids and many common solvents. 
• When it comes to recycling, HDPE can be recycled easily. 

Now let us look at HDPE Pros & Cons: 

HDPE Pros: 

• HDPE is resistant to UV, oils, alcohols, and acids. 
• It is perfect for manufacturing outdoor applications.  
• It has outstanding durability 
• It is cost effective material 

 

 

HDPE Cons: 

• It is not good enough to withstand weather changes. 
• It is flammable and difficult to bond. 
• It has no resistance to oxidizing acids and chlorinated hydrocarbons. 

• It has high thermal expansion. 
• HDPE can be composted. 

In which applications HDPE will be the best material? 

• Chemical & fuel Tanks 
• Pipe fittings 

• Bottle Caps 
• Cutting boards  
• Food Containers 

Properties  

4-High Impact polystyrene (HIPS)

HIPS (High Impact Polystyrene) is a thermoplastic polymer that can be used in lower heat applications. It offers high impact strength and stiffness. Here are pros & cons:

HIPS Pros:

It has high fatigue resistance.

Hips plastics are colorless and transparence.

HIPS plastics have excellent flow properties.

They are easy to handle and color.

HIPS Cons:

HIPS plastics take a long time to cool.

You must be careful while using High impact polystyrene as it is very flammable

Hips has little resistant to organic solvent.

In which applications HIPS will be the best material?

Machinery parts

HIPS plastics are widely used in vacuum forming applications.

Screen printings

Food trays

Shower cabinets

Properties

5-Polyamide-imide (PAI)

Polyamide-imide (PAI) is extremely stiff type of plastics, it is perfect choice when you manufacture applications that need tight tolerance. Let us look at its advantages and disadvantages:

PAI Pros:

PAI is extremely durable and flexible.

It has low thermal expansion.

It has significant tensile strength

It is soft and smooth

It has good mechanical capability

PAI Cons:

PAI is not good at water absorption.

It has electromagnetic resistance.

PAI is difficult to process.

PAI is expensive.

In which applications HIPS will be the best material?

It is widely used in textiles, carpets, and clothes

Wire coatings

Fishing lines

Electrical connectors

Properties
Still wondering which material is the best for your project?
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