rmat factory profile xyl
DESCRIPTION
Better solution in injection technologyTRANSCRIPT
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Welcome to RMATXinyilai Rubber Goods Co., Ltd.
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Contents
• Milestone• General Introduction in properties vs.
functions of RMAT• RMAT Features & Lab Test Result• RMAT Classification• What We Developed Now?
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Milestone
Start RMAT R & D in Fujian2009
Establish RMAT factory in Dongguan2012
Mass production for Hoka, UGG and others.2013
Continuous development for other famous brands in each field. Future
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General Introduction
• What’s R-MAT?
It’s injection rubber, combined the strong points of EVA & traditional rubber. As EVA, could assembly via injection and injection then compression mold. So far we have developed single color and double colors.
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General Introduction
• R-MAT Application
This material is widely used for high-end shoe making material, sports equipment, toys, interior decorative material of auto and medical equipment field, etc.
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R-MAT Function
• RMAT General Features– RMAT is a new type of environment friendly injection
rubber. Its outstanding physical property allows taking place of natural rubber, EVA, PU, TPU, PVC, TR, TPR in many fields.
– Excellent static friction index, collapse resistance, abrasion performance, weather fastness, chemical environmental resistance and hydrolysis resistance are his major features
– Besides it processed the strengths of plastic and rubber, it reinforced the weakness of the above material, e.g. simply process, light, more precision and accurate, better bouncing and good hand feel
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RMAT EVA0
0.2
0.4
0.6
0.8
1
1.2
1.41.3
0.8
R-MAT Function
• Good Slip Resistance– Static Friction Index
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R-MAT Function
• Better Collapse Resistance– Compression set
RMAT EVA0%
20%
40%
60%
80%
100%
40%
65%
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R-MAT properties
• Stable shrinkage– Stable in process– Stable after assembly
10 50 100 150 200 250 300 350290292294296298300302304306308310
Length of Product (mm)
Mold
MM
0 Day1 Day
2 Days3 Days
4 Days5 Days
6 Days7 Days
8 Days
290
295
300
305
Length of Product (mm)
RMAT (mm) Foam Rubber (mm)
MM
Length of product is stable in different batch
Temp: 175°C
Length of finished product is stable two days later
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CUSHION ENERGY running (HIGHER=BETTER)
R-MAT above PU on reserving energy , it gives player more durable performance with spending less energy based on testing and physical response of field wearing .
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CUSHION FACTOR running (LOWER=BETTER)
We asked runner to wear R-MAT and PU to run for field wearing. For the cushion factor ,you can see from the chart ,more cycles you run ,you can find R-MAT is better than PU.
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COMPRESSION SET (LOWER=BETTER)
Compared with IMEVA ,CMEVA ,PU ,R-MAT is more better in compressed rate , it bounces and restores better after long wearing than others.
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Brief work process
Compounding and granulating Injection outsole
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• Fitting & Wear Test– RMAT product compared with MD+RB– Apr 2011– Comfort level test– Property test
R-MAT Features
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• Fitting & Wear Test– General comfort level, RMAT is better than MD+RB– RMAT’ advantages are mainly reflected on softness of sole,
tightness of forefoot, comfort of toe – But negative on slip resistance
R-MAT Features
2
4
6
8
10
RMAT MD+RB
Comfort level
8.6
6.1
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Lab Test
• Lab test for different ER/hardness
ER1.7, 35±3C ER1.65, 40±3C ER1.5, 48±3C ER1.5, 48±3C
ER1.4, 58±3C ER1.3, 60±3C ER1.3, 65±3C ER1.3, 68±3C
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RMAT Product Classification
• Product Types
– R-MAT 1 - Intended for sock-liners
– R-MAT 2 - Better abrasion resistance and
traction Intended for sandals, mid-soles and
casual/lifestyle outsoles
– R-MAT 3 - Best abrasion resistance, intended
for performance outsoles (unit-soles)
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Name Convention
• Code Method:
R2 - 140/58 – UF14 - IR01 - A
Product Series #
Expansion Ratio / Hardness
Brand & Mold #
Version #
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What We Developed Now?
• R1- 170/ 35±3C– Intended for sock liner
Property Unit Value
g/cm3 0.22±0.02
Specific Gravity
% MAX 65Compression set
% MAX 2.0Shrinkage test
Kg/cm MIN 3.0Die-C Tear Strength
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What We Developed Now?
• R2- 165/ 40±3C– Intended for top sole
Property Unit Value
g/cm3 0.22±0.02
Specific Gravity
%Resilience by Vertical Rebound
MIN 40
% MAX 60Compression Set
% MAX 2.0Shrinkage Test
Kg/cm MIN 5.0Die-C Tear Strength
Kg/cm MIN 1.5Split Tear
Kg/cm2 MIN 15Tensile Strength
% MIN 2.0Peel Strength to Rubber
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What We Developed Now?
• R2-150/48±3C– Intended for M/S and casual/lifestyle O/S
Property Unit Value
g/cm3 0.26±0.02
Specific Gravity
mm3 loss MAX 230 Din Abrasion
% MIN 40Resilience by Vertical Rebound
% MAX 40Compression Set
% MAX 2.0Shrinkage Test
Kg/cm MIN 10Die-C Tear Strength
Kg/cm MIN 1.8Split Tear
Kg/cm2 MIN 20Tensile Strength
% MIN 2.5Peel Strength to Rubber
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What We Developed Now?
• R2-140/58±3C– Intended for M/S and casual/lifestyle O/S
Property Unit Value
g/cm3 0.32±0.02
Specific Gravity
mm3 loss MAX 210 Din Abrasion
% MIN 40Resilience by Vertical Rebound
% MAX 40Compression Set
% MAX 2.0Shrinkage Test
Kg/cm MIN 12Die-C Tear Strength
Kg/cm MIN 2.0Split Tear
Kg/cm2 MIN 25Tensile Strength
% MIN 2.5Peel Strength to Rubber
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What We Developed Now?
• R2-Product
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What We Developed Now?
• R3-130/60±3C– Intended for M/S and casual/lifestyle O/S
Property Unit Value
g/cm3 0.40±0.02
Specific Gravity
mm3 loss MAX 190Din Abrasion
% MIN 40Resilience by Vertical Rebound
% MAX 40Compression Set
% MAX 2.0Shrinkage Test
Kg/cm MIN 12Die-C Tear Strength
Kg/cm MIN 2.5Split Tear
Kg/cm2 MIN 25Tensile Strength
% MIN 3.0Peel Strength to Rubber
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What We Developed Now?
• R3-130/65±3C– Intended for M/S and casual/lifestyle O/S
Property Unit Value
g/cm3 0.40±0.02
Specific Gravity
mm3 loss MAX 170Din Abrasion
% MIN 40Resilience by Vertical Rebound
% MAX 40Compression Set
% MAX 2.0Shrinkage Test
Kg/cm MIN 15Die-C Tear Strength
Kg/cm MIN 2.5Split Tear
Kg/cm2 MIN 30Tensile Strength
% MIN 3.0Peel Strength to Rubber
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What We Developed Now?
• R3-120/68±3C– Intended for M/S and casual/lifestyle O/S
Property Unit Value
g/cm3 0.50±0.02
Specific Gravity
mm3 loss MAX 150Din Abrasion
% MIN 40Resilience by Vertical Rebound
% MAX 40Compression Set
% MAX 2.0Shrinkage Test
Kg/cm MIN 15Die-C Tear Strength
Kg/cm MIN 2.5Split Tear
Kg/cm2 MIN 30Tensile Strength
% MIN 3.0Peel Strength to Rubber
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• R3-Product
What We Developed Now?
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• Double color & double density
What We Developed Now?
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THANK YOU!