When choosing greenhouse film, thickness is often one of the first specifications buyers compare.

Two of the most common commercial options are 150 micron greenhouse film and 200 micron greenhouse film.

In general, 200 micron film contains more material and can provide greater mechanical strength, while 150 micron film is lighter and can offer a better balance between cost and performance for many greenhouse projects.

However, 200 micron is not automatically better than 150 micron.

The correct choice depends on:

• Local climate

• Wind conditions

• Greenhouse structure

• Required service life

• Film formulation

• Crop type

• Installation method

• Project budget

For commercial greenhouse projects, thickness should always be considered together with UV stabilization, film structure and functional additives.

Quick Comparison: 150 Micron vs 200 Micron Greenhouse Film

The biggest mistake buyers make is assuming that thickness alone determines film life.

It does not.

A well-designed 150 micron greenhouse film with the correct UV stabilization may perform better than a poorly formulated 200 micron film.

What Does 150 Micron Greenhouse Film Mean?

A 150 micron greenhouse film has a nominal thickness of:

150 μm = 0.15 mm

It is widely used in commercial greenhouse projects because it offers a practical balance between:

• Weight

• Flexibility

• Mechanical performance

• Cost

• Ease of installation

150 micron film can be suitable for many crops, including:

• Tomato

• Cucumber

• Pepper

• Strawberry

• Melon

• Flowers

• Nursery crops

Its final performance depends heavily on the film structure and formulation.

A 150 micron film can still include functions such as:

• UV stabilization

• Anti-fog

• Anti-drip

• IR

• EVA

• Light diffusion

What Does 200 Micron Greenhouse Film Mean?

A 200 micron greenhouse film has a nominal thickness of:

200 μm = 0.20 mm

Compared with 150 micron film, it contains approximately 33% more material per square meter, assuming similar material density and formulation.

This generally means:

• Higher film weight

• More material consumption

• Greater resistance to mechanical stress

• Higher purchase cost

• Higher transport weight per square meter

200 micron greenhouse film is often selected for projects that prioritize:

• Higher mechanical strength

• Longer-term installation

• Large greenhouse structures

• Challenging wind conditions

• More demanding commercial use

But again, thickness should not be considered independently from the film formulation.

Is 200 Micron Greenhouse Film Stronger Than 150 Micron?

In general, a thicker film can provide higher mechanical strength because there is more material.

However, actual greenhouse film strength also depends on:

• Resin quality

• Layer structure

• Film formulation

• Extrusion quality

• Tensile strength

• Tear resistance

• Puncture resistance

• Installation tension

Therefore:

A 200 micron film is normally thicker, but thickness alone does not guarantee better quality.

A high-quality multi-layer 150 micron film may outperform a low-quality 200 micron film in certain mechanical tests.

This is why professional buyers should request technical specifications, not only film thickness.

Does 200 Micron Greenhouse Film Last Longer?

Not necessarily.

Many buyers assume:

Thicker film = longer UV lifetime.

This is only partly true.

Thickness can contribute to durability, but greenhouse film lifetime depends strongly on the UV stabilization system.

Important factors include:

• UV radiation intensity

• Local climate

• Altitude

• Temperature

• Agricultural chemicals

• Greenhouse structure

• Installation quality

• Film additives

For example, both 150 micron and 200 micron films can be designed for different expected service periods.

Possible specifications may include:

1 year / 2 years / 3 years / 5 years

depending on formulation and operating environment.

A buyer should therefore ask:

What UV stabilization system is used?

rather than only:

How thick is the film?

Which Is Better for Strong Wind?

For greenhouses located in regions with strong wind, 200 micron film may be worth considering because greater thickness can provide additional mechanical strength.

However, wind resistance is not determined by film thickness alone.

It also depends on:

• Greenhouse frame design

• Film fastening system

• Installation tension

• Span size

• Wind exposure

• Film tensile properties

A poorly installed 200 micron film can still fail.

A properly installed 150 micron film on a strong greenhouse structure may perform very well.

Therefore, wind conditions should be evaluated together with the greenhouse structure.

Which Is Better for Hot Climates?

In hot climates, choosing between 150 and 200 micron should not be based on heat alone.

More important factors may include:

• UV stabilization

• Light diffusion

• Solar radiation

• Greenhouse ventilation

• Cooling system

• IR requirements

• Film optical properties

For regions with intense sunlight, a high-quality diffused PO greenhouse film may be more important than simply increasing thickness.

For example, a 150 micron full-diffusion PO film may provide better crop light management than a clear 200 micron film, depending on the greenhouse project.

Which Is Better for Cold Climates?

For cold climates, film thickness can contribute to overall film robustness, but thermal performance is also affected by film formulation.

Important features may include:

• IR thermal retention

• EVA

• Anti-fog

• Anti-drip

• Suitable light transmission

If nighttime heat retention is important, buyers should ask about IR performance, not only thickness.

A 200 micron film without a suitable thermal formulation is not automatically better than a 150 micron IR greenhouse film.

150 Micron vs 200 Micron: Weight Difference

Film thickness directly affects the weight per square meter.

Assuming approximately the same material density:

200 micron film uses around:

200 ÷ 150 = 1.33

This means that 200 micron film uses roughly 33% more material per square meter than 150 micron film.

For example, if two films have the same:

• Width

• Length

• Material density

the 200 micron roll will be significantly heavier.

This affects:

• Purchase cost

• Roll weight

• Handling

• Container loading

• Freight cost per square meter

For distributors, this can be an important commercial consideration.

150 Micron vs 200 Micron: Cost

200 micron greenhouse film usually costs more per square meter because it requires more raw material.

However, buyers should not compare only price per kilogram.

A better comparison is:

Total film cost per greenhouse project

including:

• Film purchase price

• Installation cost

• Replacement frequency

• Labor

• Freight

• Expected service life

For some projects, 150 micron may provide the better cost-performance ratio.

For other projects, 200 micron may reduce replacement risk and offer better long-term value.

Which Thickness Is Better for Commercial Greenhouses?

Both 150 micron and 200 micron are commonly suitable for commercial greenhouse applications.

150 Micron May Be Suitable When:

• The greenhouse structure is well protected

• Wind conditions are moderate

• Lower film weight is preferred

• Cost efficiency is important

• The project does not require maximum mechanical thickness

200 Micron May Be Suitable When:

• Wind conditions are more demanding

• The greenhouse is large

• Greater mechanical strength is preferred

• Long-term installation is required

• The customer prefers a heavier-duty specification

The final decision should be based on the entire greenhouse system.

150 Micron vs 200 Micron for Different Crops

Crop type does not directly determine film thickness, but it affects the optical and climate requirements of the film.

Tomato

For tomato greenhouses, buyers may prioritize:

• Light transmission

• Light diffusion

• Anti-fog

• IR in colder regions

Both 150 and 200 micron can be suitable.

Cucumber

For cucumber production, dense foliage may make light diffusion important.

Thickness should be selected according to greenhouse structure and climate.

Pepper

In strong sunlight regions, diffusion and UV stabilization may be more important than selecting the thickest film.

Flowers

Flower production may require more precise control of:

• Light transmission

• Diffusion

• Temperature

• Condensation

The film specification should be customized according to the flower variety and greenhouse conditions.

150 Micron vs 200 Micron for Different Climates

There is no single thickness suitable for every country.

Does Thicker Film Reduce Light Transmission?

Film thickness can influence optical performance, but it is not the only factor.

Light transmission also depends on:

• Resin

• Additives

• Film layers

• Diffusion level

• Film clarity

• Aging

• Dust accumulation

Therefore, a buyer should request actual optical parameters such as:

• Total light transmission

• Diffused light percentage

• Haze

• IR performance

rather than judging optical quality from thickness alone.

Can 150 and 200 Micron Films Have the Same Functions?

Yes.

Both thicknesses can be designed with similar functional properties, including:

• UV stabilization

• AF

• Anti-drip

• IR

• EVA

• Light diffusion

• High diffusion

• Anti-aging additives

For example:

150 micron PO + UV + AF + IR + Diffusion

and

200 micron PO + UV + AF + IR + Diffusion

may have similar functional categories, while differing in thickness and mechanical characteristics.

Multi-Layer Structure Matters More Than Thickness Alone

Modern greenhouse films can be produced using multi-layer co-extrusion technology.

Different layers can be designed for different purposes.

For example:

Outer layer: UV and weather resistance

Middle layers: mechanical strength and optical performance

Inner layer: anti-fog or anti-drip performance

This means a well-designed multi-layer greenhouse film can achieve multiple functions without relying only on thickness.

For professional greenhouse projects, buyers should evaluate:

Thickness + Layer Structure + Formulation + Additives

together.

Common Buying Mistakes

Mistake 1: Assuming 200 Micron Is Always Better

It is thicker, but not automatically better for every project.

Mistake 2: Comparing Only Price Per Kilogram

Buyers should also compare price per square meter and total project cost.

Mistake 3: Ignoring UV Stabilization

Thickness cannot replace proper UV protection.

Mistake 4: Ignoring Film Functions

A greenhouse film may require:

• AF

• IR

• EVA

• Diffusion

depending on crop and climate.

Mistake 5: Ignoring Greenhouse Structure

Film performance depends heavily on installation and greenhouse design.

How to Choose Between 150 Micron and 200 Micron

Use this simple decision process.

Choose 150 Micron If:

You need a commercial greenhouse film with a good balance of:

cost + weight + performance

and your greenhouse does not require an especially heavy-duty covering.

Choose 200 Micron If:

You prioritize:

mechanical robustness + heavier-duty use + more material thickness

and the project budget supports the higher material consumption.

Most Importantly:

Do not select greenhouse film based only on thickness.

The final specification should include:

Thickness + UV Life + Film Type + Diffusion + AF + IR + EVA + Greenhouse Conditions

FAQ

Is 200 micron greenhouse film better than 150 micron?

Not always.

200 micron is thicker and generally offers more material and mechanical strength, but 150 micron may provide a better cost-performance balance for many greenhouse projects.

How much thicker is 200 micron than 150 micron?

200 micron is approximately 33% thicker than 150 micron.

Is 200 micron greenhouse film 0.2 mm?

Yes.

200 micron = 0.20 mm.

Similarly:

150 micron = 0.15 mm.

Can 150 micron greenhouse film last 3 years?

It can be designed for multi-year applications depending on UV stabilization, climate, formulation and actual use conditions.

Thickness alone does not determine service life.

Can 200 micron greenhouse film last 5 years?

A 200 micron film can be formulated for longer service periods, but the actual lifetime depends on UV stabilization, climate, chemicals, installation and usage conditions.

Which is better for Saudi Arabia: 150 or 200 micron?

For high-UV and hot climates, both thicknesses can be considered.

The more important factors are often:

UV stabilization + light diffusion + film formulation + greenhouse structure.

For demanding commercial projects, 200 micron may be preferred, but the final specification should be project-specific.

150 Micron and 200 Micron Greenhouse Film Manufacturer

GH Agricultural Film manufactures customized greenhouse films for commercial agricultural applications.

Available solutions include:

• 150 micron greenhouse film

• 200 micron greenhouse film

• PO greenhouse film

• PE greenhouse film

• EVA greenhouse film

• Full-diffusion greenhouse film

• Anti-fog greenhouse film

• IR greenhouse film

Our greenhouse films can be customized according to:

• Thickness

• Width

• Length

• UV lifetime

• Light diffusion

• AF

• IR

• EVA

• Packaging

With 7-layer co-extrusion production technology, different functional requirements can be integrated into the film structure for different crops and climates.

Film width can be customized up to 20 meters.

Get a Recommended Greenhouse Film Specification

Not sure whether you need 150 micron or 200 micron?

Send us:

Country / Region
Crop
Greenhouse Size
Required Width & Length
Required Service Life
Local Climate Conditions

We can help evaluate whether 150 micron or 200 micron greenhouse film is more suitable and recommend the appropriate combination of UV, diffusion, AF, IR and EVA functions.