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Composite Fabrics
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Bio based Epoxy resin
Ski and Snowboard DIY Kits
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About Us :)
HOW TO
How to work with our materials…
How to Build a DIY Skis or Snowbaord
Quick instruction for beginners
Binding areas and improving insert durability
Sintered base handling for skis and snowboards
How to turn the ski and snowboard ptex base: Sanded vs. Structured side
Sanding and Flaming ski and snowboard Sidewalls or tip filler material
Making a press – supplies
Type of plastics: topsheet and base types
Printing Graphics on a topsheet or Base
Graphics Sublimation/heat transfer on topsheet and base
‘Making of’ video
SKi & Snowboard & Kiteboard DIY materials build stock Update
Ski Simulator
Simulator Guide
Design software for skis and snowboard
Downhill Giant Slalom GS and Slalom SL ski design
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Shipping and Returns
Delivery & Shipping, Prices
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Payment options and details
Shipping and Returns
CATEGORIES
Composite Fabrics
Vacuum Bagging Consumables
Base ptex materials
Wood core
Topsheet material
Sidewalls and Fillers
Metal Edges, Inserts and VDS
Bio based Epoxy resin
Ski and Snowboard DIY Kits
ABOUT US
Contact Us
About Us :)
HOW TO
How to work with our materials…
How to Build a DIY Skis or Snowbaord
Quick instruction for beginners
Binding areas and improving insert durability
Sintered base handling for skis and snowboards
How to turn the ski and snowboard ptex base: Sanded vs. Structured side
Sanding and Flaming ski and snowboard Sidewalls or tip filler material
Making a press – supplies
Type of plastics: topsheet and base types
Printing Graphics on a topsheet or Base
Graphics Sublimation/heat transfer on topsheet and base
‘Making of’ video
SKi & Snowboard & Kiteboard DIY materials build stock Update
Ski Simulator
Simulator Guide
Design software for skis and snowboard
Downhill Giant Slalom GS and Slalom SL ski design
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Ski Calculator
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Geometry
Composite,Epoxy and Fiber
Core and Edge
Load
Define the geometry
Middle width
(mm)
Tip width
(mm)
Tail width
(mm)
Board concave in mm
(mm)
Core thickness profile (mm)
Position along the length of 'core thickness profile' (mm)
Mass corection (topsheet, inserts.)
(kg)
Preview Geometry
Select composite parameters
Define the fabric density 0 degree
(kg/m^3)
Define the fabric density +/-45 degree
(kg/m^3)
Fabric weight 0 degree
(kg/m2)
Fabric weight +/-45 degree
(kg/m2)
Fabric Y modulus 0 degree
(N/mm^2 - MPa)
Fabric Y modulus +/-45 degree
(N/mm^2 - MPa)
Glass
Density = 2600
Y modulus = 75000
Carbon
Density = 1700
Y modulus = 235000
Basalt
Density = 2700
Y modulus = 88000
Advanced Parameters
Select epoxy and fiber parameters
Define the ratio of total fiber over total
Define epoxy density (20 degree)
(kg/m^3)
Define epoxy young modulus
(N/mm^2 - MPa)
Select Core parameter
Core density
(kg/m^3)
Core young modulus Mpa
(N/mm2)
Select edge parameters
Steel edge thickness
(mm)
Steel edge width
(mm)
Select sidewall parameters
Sidewall width
(mm)
Sidewall density
(kg/m^3)
Paulownia
Density = 300
Y modulus = 5000
Poplar
Density = 350-500
Y modulus = 8800
Birch
Density = 610
Y modulus = 14000
Define the load position
Load begin (along the length)
(mm)
Load end (along the length)
(mm)
Load magnitude
Select the load type
Center loading
Uniform loading
Foot loading
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