Composite Tooling

Rampf Styling Boards, Modeling Boards and Tooling Boards

We stock a comprehensive range of epoxy and polyurethane boards for styling, modeling, and tooling. Our board and paste materials range from low to high density and they can be used for numerous applications including conventional modeling and prototyping applications, high-temperature tooling, RTM molds, checking, and stamping tools.

Tooling Notes for Polyurethane and Epoxy Boards, and Paste Materials:
Our line of RAKU-TOOL® products from RAMPF Group can be cut using normal wood working power tools with high speed steel tools. Although longer tool life can be maintained by using carbide tools.
For boards over 43.7 pcf (0.72 g/cm3 saw blades with offset carbide teeth will reduce binding.

Styling Boards

RAKU-Tool	Key Properties	Applications
SB-0160 technical specifications	- Light Weight and Smooth Surface - Easily Shaped, Low Dust - Resistant to Organic Solvents	Design Study, Program Proving, Supporting Structures for Close Contour Pastes, Megative Molds for Casting
SB-0240 technical specifications	- Good Surface Structure - Easily Shaped and Machined - Resistant to Organic Solvents	Styling Models, Epoxy Laminating Molds, Support Structures, Negative Molds for Casting
SB-0470 technical specifications	- Very Good Surface Structure - Easily Shaped and Machined	Styling Models, Master Models and Data Control Models

Styling Boards

RAKU-Tool	Key Properties	Applications
SB-0160 technical specifications	- Light Weight and Smooth Surface - Easily Shaped, Low Dust - Resistant to Organic Solvents	Design Study, Program Proving, Supporting Structures for Close Contour Pastes, Megative Molds for Casting
SB-0240 technical specifications	- Good Surface Structure - Easily Shaped and Machined - Resistant to Organic Solvents	Styling Models, Epoxy Laminating Molds, Support Structures, Negative Molds for Casting
SB-0470 technical specifications	- Very Good Surface Structure - Easily Shaped and Machined	Styling Models, Master Models and Data Control Models

Modeling Boards

RAKU-TOOL	Key Properties	Applications
MB-0540 Eco Board! Made from Recycled Material technical specifications	- Fine surface - Easily Shaped and Machined - Good dimensional stability - Low coefficient of thermal expansion - Light Brown	Master Models, Cubing Models, Patterns
MB-0600 technical specifications	- Fine Surface Structure - Easily Shaped and Machined - Low Coefficient of Thermal Expansion - Good Dimensional Stability - Brown	Master Models, Cubing Models, Patterns
MB-0670 technical specifications	- Fine Surface Structure - Easily Shaped and Machined - Low Coefficient of Thermal Expansion - Good Dimensional Stability - Brown	Master Models, Cubing Models, Patterns
MB-0720 technical specifications	- Excellent Surface Structure - Low Coefficient of Thermal Expansion - Good Dimensional Stability - Good Compressive and Flexural Strength - Brown	Master Models, Cubing Models, Patterns

Modeling Boards

RAKU-TOOL	Key Properties	Applications
MB-0540 Eco Board! Made from Recycled Material technical specifications	- Fine surface - Easily Shaped and Machined - Good dimensional stability - Low coefficient of thermal expansion - Light Brown	Master Models, Cubing Models, Patterns
MB-0600 technical specifications	- Fine Surface Structure - Easily Shaped and Machined - Low Coefficient of Thermal Expansion - Good Dimensional Stability - Brown	Master Models, Cubing Models, Patterns
MB-0670 technical specifications	- Fine Surface Structure - Easily Shaped and Machined - Low Coefficient of Thermal Expansion - Good Dimensional Stability - Brown	Master Models, Cubing Models, Patterns
MB-0720 technical specifications	- Excellent Surface Structure - Low Coefficient of Thermal Expansion - Good Dimensional Stability - Good Compressive and Flexural Strength - Brown	Master Models, Cubing Models, Patterns

Working Boards

RAKU-TOOL	Key Properties	Applications
WB-0700 technical specifications	- Very Fine Surface Structure - Very Easily Shaped and Machined - Good Dimensional Stability - Temperature Resistance Up to 135°C	Lay Up Tools for Prepreg, High Temperature Applications, Vacuum Forming Molds
WB-0801 technical specifications	- Fine Surface Structure - High HDT and very low CTE - Good Edge Strength - Good Dimensional Stability - Good Compresive and Flexural Strength	Master Models, Cubing Models, Tooling Jigs, Vacuum Forming Tools
WB-1405 technical specifications	- Very Dense Surface - Easily Machined - High Mechanical Properties	Pattern Plates and Core Boxes, Molds and Tools; Hammer Forms and Jigs; Machined Negatives and Positives;Models, Molds, and Tools, Foundry Patterns
WB-1450 Eco Board Made From Recycled Material technical specifications	- Dense Surface Structure - Very Easily Machined - Good Dimensional Stability - Created From Dust and Chips From Other Polyurethane boards	Pattern Plates and Core Boxes, Molds and Tools, Hammer Forms and Jigs
WB-1700 technical specifications	- Very Dense Surface Structure, Can Be Polished - Easily Machined - Good Temperature Resistance - High Abrasion Resistance	Metal Forming Tools, Vacuum Forming Molds, Jigs, Foam Molds, Rapid Prototyping Molds

Working Boards

RAKU-TOOL	Key Properties	Applications
WB-0700 technical specifications	- Very Fine Surface Structure - Very Easily Shaped and Machined - Good Dimensional Stability - Temperature Resistance Up to 135°C	Lay Up Tools for Prepreg, High Temperature Applications, Vacuum Forming Molds
WB-0801 technical specifications	- Fine Surface Structure - High HDT and very low CTE - Good Edge Strength - Good Dimensional Stability - Good Compresive and Flexural Strength	Master Models, Cubing Models, Tooling Jigs, Vacuum Forming Tools
WB-1405 technical specifications	- Very Dense Surface - Easily Machined - High Mechanical Properties	Pattern Plates and Core Boxes, Molds and Tools; Hammer Forms and Jigs; Machined Negatives and Positives;Models, Molds, and Tools, Foundry Patterns
WB-1450 Eco Board Made From Recycled Material technical specifications	- Dense Surface Structure - Very Easily Machined - Good Dimensional Stability - Created From Dust and Chips From Other Polyurethane boards	Pattern Plates and Core Boxes, Molds and Tools, Hammer Forms and Jigs
WB-1700 technical specifications	- Very Dense Surface Structure, Can Be Polished - Easily Machined - Good Temperature Resistance - High Abrasion Resistance	Metal Forming Tools, Vacuum Forming Molds, Jigs, Foam Molds, Rapid Prototyping Molds

Rampf Close Contour Pastes

Rampf’s Raku-Tool Close Contour Pastes are an economic way to produce models for the Marine, Wind, Automotive and Aerospace Industries.

Advantages

Excellent surface structure, smooth and seamless
Good dimensional stability
Easy to process
Quick application
Layer thickness up to 40mm without slump on vertical surfaces
Quick cure schedule - machine after 24 hours
Low density supporting structure
Little waste when compared to boards
Easy and quick machining with low dust
Easy to repair

Close Contour Pastes

Epoxy Resin	Epoxy Hardener	Key Properties	Applications
CP- 6050R technical specifications	CP- 6050H	- Very Smooth Homogeneous Surface - Easy to Machine, Very Little Dust - Can Be Machined After 24 Hours RT Curing - Light Brown - Epoxy Based	Design and Styling Models, Molds
CP- 6070R technical specifications	CP- 6070H	- Fine, Homogeneous Surface - Easy to Machine - Can Be Machined After 24 Hours RT Curing - Brown - Epxoy Based	Design and Styling Models, Master Models, Molds
CP- 6100R technical specifications	CP- 6100H	- Easy to Machine - Low Dust - High Surface Hardness - Low CTE - Light Blue - Epoxy Based	Jigs and Fixtures, Low Temp Pre-Peg Tools, Data Control Models, Composite Tools

Close Contour Pastes

Epoxy Resin	Epoxy Hardener	Key Properties	Applications
CP- 6050R technical specifications	CP- 6050H	- Very Smooth Homogeneous Surface - Easy to Machine, Very Little Dust - Can Be Machined After 24 Hours RT Curing - Light Brown - Epoxy Based	Design and Styling Models, Molds
CP- 6070R technical specifications	CP- 6070H	- Fine, Homogeneous Surface - Easy to Machine - Can Be Machined After 24 Hours RT Curing - Brown - Epxoy Based	Design and Styling Models, Master Models, Molds
CP- 6100R technical specifications	CP- 6100H	- Easy to Machine - Low Dust - High Surface Hardness - Low CTE - Light Blue - Epoxy Based	Jigs and Fixtures, Low Temp Pre-Peg Tools, Data Control Models, Composite Tools

Rampf Closed Contour Casting

Close Contour Casting (3C) is the new, innovative concept from Rampf Tooling to produce close contour models through vacuum casting. 3C turns into 3D and your idea takes shape. Products produced with 3C are of the highest quality and the mechanical properties can be adjusted to meet your needs and applications.

From *3C to 3D- Your Benefits

Quicker Machining, less tool wear and less wastage through close contour casting
Less manual finishing required due to our vacuum casting process. The surface is seamless, smooth, and very dense.
No Bonding, seamless surface of casting.
Easy transport as the material is relatively light when compared to conventional materials.
Good Dimensional Stability. Very little stress as the material is isotropic like board material.
No Limitations
QUICK DELIVERY!!

RAKU-TOOL	Key Properties	Applications
CC-6010 technical specifications	- Fine Surface Structure - Very Easily Shaped Machined - Similar quality to RAKU-TOOL modeling boards, without bonding lines	Master Models, Cubing Models, Patterns
CC-6015	- Very Easily Machined - Dense Surface Structure - Low Coefficient of Thermal Expansion - Good Edge Strength	Wrapped Models, Molds and Tools for Rapid Prototyping, Tooling Jigs
CC-6503 technical specifications	- Very Dense Structure - Very Homogeneous, Fine Surface and as a Result, Very Good Nickel Bowl - Easily Machined Like WB-1600 - Low Coefficient of Thermal Expansion - Good Abrasion Resistance	Galvanobath Models, Lay Up Tools, RIM Tools
CC-6504 technical specifications	- Very Dense Structure - Easily Machined Like WB-1600 - Low Coefficient of Thermal Expansion - High Compressive Strength/Stiffness - Good Abrasion Resistance - Tools Do Not Need To Be Polished - Tools Weigh Less (vs Zamak) - Changes are easily possible	Metal Sheet Forming, Jigs
CC-6505 technical specifications	- Very Dense Structure - Easily Machined Like WB-1600 - Low Coefficient of Thermal Expansion - High Compressive Strength/Stiffness - Good Abrasion Resistance - Tools Do Not Need To Be Polished - Tools Weigh Less (vs Zamak) - Changes are easily possible	Stretch Dies, Jigs, RTM Tools
CC-6506 technical specifications	- Very Dense Surface Structure - Can Be Polished - Good Heat Resistance - High Compressive Strength - Good Resistance to Chemicals - Time Savings Through Direct Milling of Mold via Surface Data - Better Pressing of Sheet Metal Parts	Molds for Ceramic Pressure Casting, Metal Sheet Forming, Vacuum Forming Tools, Lay Up Tools
CC-6507 technical specifications	- Dense Surface Structure - Very Easily Machined - Good Dimensional Stability - Good Abrasion Resistance and Impact Strength	Pattern Plates and Core Boxes, Machined Negative and Postives, Models, Molds and Tools, Hammer Forms and Jigs
CC-6508 technical specifications	- Very Dense, Homogeneous and Fine Surface - Easily Machined - Good Abrasion Resistance	Bath Model for Electroforming process, Lay Up Tools, RIM Tools

RAKU-TOOL	Key Properties	Applications
CC-6010 technical specifications	- Fine Surface Structure - Very Easily Shaped Machined - Similar quality to RAKU-TOOL modeling boards, without bonding lines	Master Models, Cubing Models, Patterns
CC-6015	- Very Easily Machined - Dense Surface Structure - Low Coefficient of Thermal Expansion - Good Edge Strength	Wrapped Models, Molds and Tools for Rapid Prototyping, Tooling Jigs
CC-6503 technical specifications	- Very Dense Structure - Very Homogeneous, Fine Surface and as a Result, Very Good Nickel Bowl - Easily Machined Like WB-1600 - Low Coefficient of Thermal Expansion - Good Abrasion Resistance	Galvanobath Models, Lay Up Tools, RIM Tools
CC-6504 technical specifications	- Very Dense Structure - Easily Machined Like WB-1600 - Low Coefficient of Thermal Expansion - High Compressive Strength/Stiffness - Good Abrasion Resistance - Tools Do Not Need To Be Polished - Tools Weigh Less (vs Zamak) - Changes are easily possible	Metal Sheet Forming, Jigs
CC-6505 technical specifications	- Very Dense Structure - Easily Machined Like WB-1600 - Low Coefficient of Thermal Expansion - High Compressive Strength/Stiffness - Good Abrasion Resistance - Tools Do Not Need To Be Polished - Tools Weigh Less (vs Zamak) - Changes are easily possible	Stretch Dies, Jigs, RTM Tools
CC-6506 technical specifications	- Very Dense Surface Structure - Can Be Polished - Good Heat Resistance - High Compressive Strength - Good Resistance to Chemicals - Time Savings Through Direct Milling of Mold via Surface Data - Better Pressing of Sheet Metal Parts	Molds for Ceramic Pressure Casting, Metal Sheet Forming, Vacuum Forming Tools, Lay Up Tools
CC-6507 technical specifications	- Dense Surface Structure - Very Easily Machined - Good Dimensional Stability - Good Abrasion Resistance and Impact Strength	Pattern Plates and Core Boxes, Machined Negative and Postives, Models, Molds and Tools, Hammer Forms and Jigs
CC-6508 technical specifications	- Very Dense, Homogeneous and Fine Surface - Easily Machined - Good Abrasion Resistance	Bath Model for Electroforming process, Lay Up Tools, RIM Tools

Epoxy Laminating Resins

Quality resins for special applications in the automotive, marine, composites, and aerospace industries. Products of special note are the EPOLAM 2015 system used in the building of award winning racing yachts and catamarans. It is registered with Lloyds for marine applications. Other special products include EPOLAM 2500 which is FAR 25 approved.

AL 2013

Low vertical sag, Room temperature cure, Low toxicity. technical specifications

AL 2013 LPL

Long pot-life, No vertical sag, Dimensionally stable. technical specifications

AL 2108

Thin film, Chemical and water resistant, Clear, Fast wetting. technical specifications

AL 2120

Excellent high temperature properties, Exceptional wet-out. technical specifications

EPOLAM 2001

Room temperature cure, Good wetting, No MDA.

EPOLAM 2014-2015-2016

Works well in moist environment, Low viscosity, Lloyd's marine certified. technical specifications

EPOLAM 2020

Heat resistant, Variable reactivity with accelerator, Good wetting. technical specifications

EPOLAM 2022

Heat resistant, Low viscosity, Good wetting properties.

EPOLAM 2025

Withstands up to 275°F after post-cure.

EPOLAM 2025L

Heat and chemical resistant, Long pot–life, Low exotherm. technical specifications

EPOLAM 2050

Heat resistant, Low shrinkage, No sag on vertical, Easy cure cycle.

EPOLAM 2080

Heat resistant, Low shrinkage, Accepts fillers. technical specifications

EPOLAM 2500

Self-extinguishing, FAR 25 approved. technical specifications

RSF 816

Low viscosity, UV stable, Clear, Fast curing. technical specifications

Epoxy Casting Resins

Resins for a variety of tooling applications, including vacuum forming, foundry patterns, and ceramic materials.

AC 2308-1

AC 2310

Excellent abrasion resistance, Low viscosity. technical specifications

AC 2320-1 (S/M/F)

EPO 4030

No Post Curing needed, Aluminum filled. technical specifications

EPO 752/2080

Very good mechanical characteristics, Heat resistant. technical specifications

EPO 4040

Machines well, Aluminum filled, Low shrinkage. technical specifications

EPO 5010

Iron filled– Low viscosity, Choice of hardener for varied results. technical specifications

EPO 5019

Iron filled– Long Pot–Life, Abrasion and compression resistant. technical specifications

EPO 5030

Silicone Carbide Filler– Low shrinkage, High hardness, Abrasion resistant.

EPO 5031

Silicone Carbide Filler– Very good mechanical characteristics, Heat resistant.

Epoxy Laminating Pastes

High quality finishes for a variety of surfaces. These composite tooling compounds are designed for the building of tools, models, jigs, and fixtures. When cured these products are very strong, lightweight, and machinable.

EPOPAST 206

Heat resistant, Dimensionally stable, Low density.

EPOPAST 400

Low shrinkage, Low odor, Easy to mix and apply. technical specifications

Syntac Foam Plug Assist

Trelleborg Emerson & Cuming, Inc. Syntac syntactic foam plug assists are produced using high purity, hollow glass microballoons in a high-performance epoxy matrix. These products are favored by aerospace and military customers due to the stringent specifications that they can be manufactured to.

Manufactured in machinable blocks, sheets and rods these products are known for theri outstanding consistency, low void content and easy, low-dust, high-speed milling.

Our syntactic foam plug assist materials also benefit from technical support from a world class team of experts.

The performance of these products meets or exceeds other Syntac syntactic foam plug assist materials on the market.

Benefits of our syntactic foam plug assists:

Promote even sheet distribution
Prevent chill marks yielding parts with a high quality, haze free surface
Eliminate webbing (sheet creasing/folding in corners)
Maintain dimension stability at high temperature
Offer low thermal conductivity, minimizing plug sticking and fouling
Exhibit light weight foreasy handling
Provide for reduced cycle times to improve production cost efficiencies
Can be coated, e.g. with PTFE as required
Better durability than wood, felt and solid polymer tooling for longer tool life
Maximize tooling flexibility with availability in a variety of shapes, sizes and forms: Blocks, Sheet, Rods, Frozen-one-component kit

Syntac 350

Epoxy composite tooling material - the industry standard that combines economy with good performance and designed for use at temperatures up to 350°F.

Ideal for forming PVC and PS polystyrene sheet
Provides improved material distribution
Eliminates chill mark-off and extends plug life
Produces a smooth surface finish
Optimizes cost-efficiency and economy

Typical properties include:

Density: 42 lbs/ft3
Color: White
Shore hardness: 55D
Compressive strength: 6,500 psi
Compressive modulus: 339,000 psi
CTE: 17x10-6 in./in./°F

Syntac 450

Epoxy composite tooling material - High temperature resistant product for forming packaging with high strength and clarity and designed for use at temperatures up to 450°F.

Ideal for high-heat, high strength tooling
Improves part clarity
Reduces sticking; Increase slip
Provides excellent material distribution
Well-suited for forming CPET and APET polymers

Typical properties include:

Density: 46 lbs/ft3
Color: blue
Shore hardness 55D
Compressive strength: 7,400 psi
Compressive modulus: 341,000 psi
CTE: 17x10-6 in./in./°F

Syntac 351

Castable syntactic material - premixed, pourable syntactic for custom plug molding and repair.

Ideal for building plugs with intricate detail
Offers full compatibility with Syntac 350 material
Exhibits super smooth finish for increased part clarity
Maximizes handling flexibility - supplied in 10oz. "caulking" tubes, 1 gallon cans and 5 gallons pails
Is supplied frozen; requires post curing

Typical properties include:

Density: 26 lbs/ft3
Color: White
Compressive strength: 10,000 psi
Compressive modulus: 343,000 psi
CTE: 17x10-6 in./in./°F

Foundry Casting Polyurethanes

The UR products we offer are available in a wide range of hardness as well as high mechanical strengths for tough long lasting prototypes, finished products, or foundry tooling.

UR 3411

Low viscosity, Low moisture sensitivity, Low toxicity, Resists aging. technical specifications

UR 3420

High tensile strength, Moisture resistant, Low toxicity. technical specifications

UR 3435

Low viscosity, Low moisture sensitivity, Resists peeling, Low toxicity. technical specifications

UR 3435L

Low viscosity, Low moisture sensitivity, Resists peeling, Low toxicity. technical specifications

UR 3436

Low viscosity, Low moisture sensitivity, Resists peeling, Low toxicity. technical specifications

UR 3440

Resistant to peeling, Low toxicity, High elongtion. technical specifications

UR 3445

Low viscosity, Low toxicity, Very peel resistant, Semi–flexible. technical specifications

UR 3450

Abrasion resistant, High tensile strength, Resistant to hydrolysis. technical specifications

UR 3460

Abrasion resistant, High tensile strength, Resistant to hydrolysis. technical specifications

UR 3468

Abrasion resistant, Very resistant to peeling. technical specifications

UR 3490

Unbreakable, Abrasion resistant, Low shrinkage, Non–toxic. technical specifications

UR 3558

Impact resistant, Fast demold time, Resistant to peeling. technical specifications

UR 5801/5825

Good tear resistance, Low viscosity, Self–degassing, Pigments well. technical specifications

UR 5801/5835

Good tear resistance, Low viscosity, Self–degassing, Pigments well. technical specifications

UR 5801/5850

Good tear resistance, Low viscosity, Self–degassing, Pigments well. technical specifications

Eccolite Ultra

Thermoplastic composite material - Ultra high temperature, durable product that reduces mold sticking and is designed to maximize slip and clarity.

Ideal for tough, high temperature (420°F) tooling
Exhibits super smooth finish for increased part clarity
Provides for dust-free machining
Retains minimal polymer residue on plug surface
Is well suited for forming thin-walled structures, e.g. ribs

Typical properties include:

Density: 26 lbs/ft3
Color: White
Compressive strength: 10,000 psi
Compressive modulus: 343,000 psi
CTE: 17x10-6 in./in./°F

Epoxy Surface Coats

A vast range of high performance coatings for standard or difficult applications. The coatings we offer are self–leveling and easy to use.

AS 2003-1

AS 2020

Excellent temperature resistance, No sag on vertical surfaces. technical specifications

EPO 1040/GC2 070

High abrasion resistance, Easy to apply.

S 1/GC1 050

Takes sanding well, Resistant to flaking.

S 10

Iron filled, Abrasion resistant, Dimensionally stable.

S 11

Bonds to wet plaster or concrete, Heat resistant, High gloss finish. technical specifications

S 20/GC1 150

Chemical resistant, Applies easily, Excellent finish, High hardness. technical specifications

S 21/GC2 120

Chemical resistant, Abrasion resistant. technical specifications

S 22/GC1 125

Good thermal conductivity, Sands well, Chemical and heat resistant. technical specifications

S 30/GC1 180

Heat resistant, Compatible with EPOLAM 2080 and 2025, Polishes.

Fabwood Laminated Wood Planks

Fabwood Pattern Plank

Fabwood Pattern Plank is manufactured to provide moisture free, knot free, and stress-free pattern plank that is machined and semo-finished to size. Fabwood is designed to take the labor of plaining, jointing, and sanding that usually goes along with regular pattern lumber. Sizes are actual and in almost all cases flat and square for off the shelf machining and gluing.

Fabwood Pattern Plank is available in Mahogany, Sugar Pine, Red Alder, Pine, and Poplar species.

Fabwood Pattern Plank is virtually defect free. The grain is tight and straight and gives a better surface after sanding. Fabwood ends are sealed which reduces possibilities of checking/cracking. Fabwood is a very stable product for foundry pattern work and most prototype thermoforming tooling applications.

Mahogany

Size	Dimension	BdFt.
8/4	2" x 18" x 90"	22.5
12/4	3" x 18" x 90"	33.75
16/4	4" x 18" x 90"	45
20/4	5" x 18" x 90"	56.25
23/4	5.75" x 18" x 90"	64.7

Mahogany

Size	Dimension	BdFt.
8/4	2" x 18" x 90"	22.5
12/4	3" x 18" x 90"	33.75
16/4	4" x 18" x 90"	45
20/4	5" x 18" x 90"	56.25
23/4	5.75" x 18" x 90"	64.7

Sugar Pine

Size	Dimension	BdFt.
8/4	2" x 18" x 90"	22.5
13/4	3.25" x 18" x 90"	36.56
17/4	4.24" x 18" x 90"	47.81
21/4	5.25" x 18" x 90"	59.06
23/4	5.75" x 18" x 90"	64.69

Sugar Pine

Size	Dimension	BdFt.
8/4	2" x 18" x 90"	22.5
13/4	3.25" x 18" x 90"	36.56
17/4	4.24" x 18" x 90"	47.81
21/4	5.25" x 18" x 90"	59.06
23/4	5.75" x 18" x 90"	64.69

Red Alder

Size	Dimensions	BdFt.
10/4	2.5" x 18" x 96"	30
14/4	3.5" x 18" x 96"	42
18/4	4.5" x 18" x 96"	54
22/4	5.5" x 18" x 96"	66

Red Alder

Size	Dimensions	BdFt.
10/4	2.5" x 18" x 96"	30
14/4	3.5" x 18" x 96"	42
18/4	4.5" x 18" x 96"	54
22/4	5.5" x 18" x 96"	66

Pine

Size	Dimension	BdFt.
8/4	2" x 18" x 90"	22.5
12/4	3" x 18" x 90"	33.75
16/4	4" x 18" x 90"	45
20/4	5" x 18" x 90"	56.25
24/4	6" x 18" x 90"	67.5

Pine

Size	Dimension	BdFt.
8/4	2" x 18" x 90"	22.5
12/4	3" x 18" x 90"	33.75
16/4	4" x 18" x 90"	45
20/4	5" x 18" x 90"	56.25
24/4	6" x 18" x 90"	67.5

Poplar

Size	Dimension	BdFt.
8/4	2" x 18" x 90"	22.5
12/4	3" x 18" x 90"	33.75
16/4	4" x 18" x 90"	45
20/4	5" x 18" x 90"	56.25

Poplar

Size	Dimension	BdFt.
8/4	2" x 18" x 90"	22.5
12/4	3" x 18" x 90"	33.75
16/4	4" x 18" x 90"	45
20/4	5" x 18" x 90"	56.25

Polyester Fillers and Repair Pastes

The range of fillers and repair pastes that we offer are useful for a variety of jobs including repair of tooling boards, body filling, bonding or laminating. Stand out Materials APF 4 - Repair & bonding of modeling board. APF 7 - Repair on high temperature composite tooling. Certified for Polyester repair for underwater applications. APG 1750 - Polyester Tooling Gelcoat for large tooling plugs in custom yacht and boat manufacturing. Low styrene level & no pre-release on tools.

APF 1

Resistant to freeze/thaw conditions, Impact resistant, Strong adhesion. technical specifications

APF 2

Lightweight, quick setting formula with strong adhesion properties. technical specifications

APF 3

Lightweight, easy to hand carve, Strong bond to wood or tooling board. technical specifications

APF 4

Low shrinkage, Excellent bond properties for metals, plastics, wood, etc. technical specifications

APF 6

No styrene, Chemical resistant, Very smooth consistency. technical specifications

APF 6 Black

No styrene, Chemical resistant, Can withstand up to 400°F. technical specifications

APF 7

High service temperature, Up to 400°F, Chemical and water resistant. technical specifications

APF 77/1

Flame–retardant, Self–extinguishing, FAA approved. technical specifications

APF 1050

Lighweight, short pot–life and a short cure time, Packed in cartridges. technical specifications

APF 1075

Lighweight, Easily carved and finished. technical specifications

APF 1700

Sprayable, Rapid layer build–up when applied in thin coats, Impact resistant. technical specifications

APG 1750

Sprayable high temperature gel coat, High gloss finish. technical specifications

Engineered Plastics

10 Corporate Drive Auburn Hills, MI 48326

Phone Number: 1-866-837-0679

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