SAY Plastics

Careers

Join the Team at SAY Plastics

Since 1986, SAY Plastics has leveraged the power of thermoforming to create plastic components and protective packaging solutions for customers all over the world. Our industry experience, combined with the time-tested thermoforming method, makes us a smart choice for companies that are looking to save time and money when it comes to their parts and protection solutions

Join our team to not only support our growth but contribute to manufacturing innovative quality products for diverse markets like entertainment, automotive, defense, medical, and mass transportation to name just a few. Our manufacturing environment is clean and bright enabling you to visually observe the thermoforming manufacturing process. New and different products will take shape before your eyes every day!

Each employee contributes directly to SAY Plastics’ growth and success!

Why Work at SAY Plastics?

Good People

Everyone is helpful by presenting new employees many options for learning. There is a real sense of community.

Personable

As a small employer, SAY Plastics employees are not numbers. Instead, there is genuine concern for wellbeing.

Growing

SAY Plastics continues to grow in many markets resulting in investments in employees and the facility.

Stable

Market diversification promotes stable business and employment.

Advancement

Company growth provides opportunity for individual employee advancement.

Clean

Manufacturing facility cleanliness to ensure safe and efficient work.

There are no current openings at this time.

Metric	Stainless Steel (304/316)	Foam-Insulated TPO (TPO + 0.25" Foam)	What It Means
Sound Transmission Class (STC) (Higher = Better Sound Blocking)	~20-25 (poor sound barrier)	~30-40 (good sound absorption)	Foam-Insulated TPO reduces noise transmission much better than steel.
Noise Reduction Coefficient (NRC) (0-1 Scale; Higher = More Absorption)	~0.05 (reflects most sound)	~0.70-0.90 (absorbs most sound)	Foam backing absorbs vibrations, making it much quieter.
Vibration Damping (Lower = More Vibration)	Low (High Vibrations & Noise)	High (Foam Absorbs Vibrations)	Foam-insulated TPO reduces mechanical noise and structure-borne vibrations.
Density & Mass Impact on Acoustics	High Density = More Sound Reflection	Lower Density + Foam = More Sound Absorption	Steel amplifies sound, while foam dampens it.

Metric	Stainless Steel (304/316)	Foam-Insulated TPO (TPO + 0.25" Foam)	What It Means
Thermal Conductivity (k) (W/m·K)	~16.0	0.03 (Foam) + 0.2 (TPO)	Lower = Better Insulation (Foam-Insulated TPO is ~80x better than Steel).
R-Value (0.125” thickness) (m²·K/W)	~0.0002	0.2276	Higher = Better Resistance to Heat Flow (Foam-Insulated TPO has 1000x better insulation).
U-Value (Thermal Transmittance) (W/m²·K)	5000.0 (high heat loss)	4.39 (low heat loss)	Lower = Less Heat Transfer (TPO + Foam prevents heat loss).
Specific Heat Capacity (c) (J/kg·K)	500	1500 (Foam + TPO combined)	Higher = Holds Heat Longer (Foam + TPO retains heat better).
Emissivity (0 - 1 Scale)	0.07 (shiny, reflective surface)	0.90 (absorbs heat evenly)	Higher = Better Heat Absorption (Foam + TPO evenly distributes heat).
Density (kg/m³)	8000 (very dense)	600 (TPO) + 30 (Foam)	Lower = Lighter Material (Foam-Insulated TPO is significantly lighter).

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