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High-Strength Tin-Cured LSR for Architectural Molds – Durable & Cost-Effective

High-Strength Tin-Cured LSR for Architectural Molds – Durable & Cost-Effective

Brand Name: Hnanast
Model Number: HN-620
MOQ: 1kg
Price: 5.85-6.88$
Packaging Details: 25kg
Payment Terms: L/C,D/A,D/P,T/T,Western Union
Detail Information
Place of Origin:
China
Features:
Low Shrinkage
Usage:
Mold Making
Shape:
Liquid Two Component
Package:
20kg/25kg
Operating Temperature:
-50°C To 200°C
Shrinkage Rate:
Less Than 0.2%
Feature:
High Tensile Resistance,
Goods Description:
Silicone In Primary Forms
Mixed Viscosity:
20000~24000 Cps
Shelf Life:
12 Months
Specific Gravity:
1.08
Type:
Tin Cure Silicone Rubber
Elongation Break:
450-500 %
Tensile Strength:
6 MPa
Application:
Mold Making, Casting, Prototyping
Enlogation:
600%
Curing Time:
24 Hours
Working Time:
30~40mins
Working Temperature:
-50℃ To 200℃
Description:
Silicone In Primary Forms
Appearance:
Liquid
Shrinkage:
≤0.3%
Elongation At Break:
400%
Wokring Time:
30-40 Min
Sample:
1kg Silicone Sample For Free
Curing Agent:
Tin Catalyst CA30
Grade:
Molding
Supply Ability:
100ton/mouths
Product Description


Optimized Technical Introduction for Industrial Grade

Tin-Cure Liquid Silicone Rubber (LSR)

Superior Material for Architectural Mold Making  
 
RTV-2 tin-cured liquid silicone rubber (LSR) delivers exceptional performance in producing high-durability molds for concrete, plaster, and silicone-based architectural components. Engineered for precision and resilience, it is the optimal choice for fabricating decorative elements such as patterned wall tiles, ornate Roman columns, and intricate relief panels
 

High-Strength Tin-Cured LSR for Architectural Molds – Durable & Cost-Effective 0


Key Properties of Tin-Cured LSR  
1. Ultra-Low Shrinkage (<0.2%)  
   - Ensures dimensional stability and accurate replication of fine surface textures (e.g., stone grain, floral motifs) without post-curing deformation.  
   - Critical for large-scale modular molds requiring seamless assembly.  
 
2. Enhanced Tear Resistance & Thermal Stability  
   - Withstands 200°C processing temperatures, making it compatible with hot-cured concrete and gypsum.  
   - Robust mechanical properties reduce mold damage during demolding, extending service life by 30–50% compared to conventional rubbers.  
 
3. Chemical Inertness in Harsh Environments  
   - Resists alkalis (pH 12+), acids, and moisture—ideal for outdoor applications or chemically aggressive substrates like Portland cement.  
   - Prevents degradation from mold-release agents or cleaning solvents.  
 
4. Cost-Efficiency for Mass Production  
   - 40–60% lower material cost than platinum-cure LSR, with comparable detail fidelity for non-medical applications.  
   - Room-temperature curing reduces energy consumption in manufacturing.  
 
Applications in Architectural Mold Making  

- Prefabricated Architectural Elements: Reusable molds for GFRC facades, cultural heritage restoration.  
- Landscape Hardscaping: High-cycle production of pavers, balustrades, and faux-stone veneers.  
- DIY/Artisan Use: User-friendly for small-batch artisan crafts with minimal equipment.  
  

Good price  online

Products Details

Home > Products >
Tin Cure Silicone Rubber
>
High-Strength Tin-Cured LSR for Architectural Molds – Durable & Cost-Effective

High-Strength Tin-Cured LSR for Architectural Molds – Durable & Cost-Effective

Brand Name: Hnanast
Model Number: HN-620
MOQ: 1kg
Price: 5.85-6.88$
Packaging Details: 25kg
Payment Terms: L/C,D/A,D/P,T/T,Western Union
Detail Information
Place of Origin:
China
Brand Name:
Hnanast
Model Number:
HN-620
Features:
Low Shrinkage
Usage:
Mold Making
Shape:
Liquid Two Component
Package:
20kg/25kg
Operating Temperature:
-50°C To 200°C
Shrinkage Rate:
Less Than 0.2%
Feature:
High Tensile Resistance,
Goods Description:
Silicone In Primary Forms
Mixed Viscosity:
20000~24000 Cps
Shelf Life:
12 Months
Specific Gravity:
1.08
Type:
Tin Cure Silicone Rubber
Elongation Break:
450-500 %
Tensile Strength:
6 MPa
Application:
Mold Making, Casting, Prototyping
Enlogation:
600%
Curing Time:
24 Hours
Working Time:
30~40mins
Working Temperature:
-50℃ To 200℃
Description:
Silicone In Primary Forms
Appearance:
Liquid
Shrinkage:
≤0.3%
Elongation At Break:
400%
Wokring Time:
30-40 Min
Sample:
1kg Silicone Sample For Free
Curing Agent:
Tin Catalyst CA30
Grade:
Molding
Minimum Order Quantity:
1kg
Price:
5.85-6.88$
Packaging Details:
25kg
Delivery Time:
5-10day
Payment Terms:
L/C,D/A,D/P,T/T,Western Union
Supply Ability:
100ton/mouths
Product Description


Optimized Technical Introduction for Industrial Grade

Tin-Cure Liquid Silicone Rubber (LSR)

Superior Material for Architectural Mold Making  
 
RTV-2 tin-cured liquid silicone rubber (LSR) delivers exceptional performance in producing high-durability molds for concrete, plaster, and silicone-based architectural components. Engineered for precision and resilience, it is the optimal choice for fabricating decorative elements such as patterned wall tiles, ornate Roman columns, and intricate relief panels
 

High-Strength Tin-Cured LSR for Architectural Molds – Durable & Cost-Effective 0


Key Properties of Tin-Cured LSR  
1. Ultra-Low Shrinkage (<0.2%)  
   - Ensures dimensional stability and accurate replication of fine surface textures (e.g., stone grain, floral motifs) without post-curing deformation.  
   - Critical for large-scale modular molds requiring seamless assembly.  
 
2. Enhanced Tear Resistance & Thermal Stability  
   - Withstands 200°C processing temperatures, making it compatible with hot-cured concrete and gypsum.  
   - Robust mechanical properties reduce mold damage during demolding, extending service life by 30–50% compared to conventional rubbers.  
 
3. Chemical Inertness in Harsh Environments  
   - Resists alkalis (pH 12+), acids, and moisture—ideal for outdoor applications or chemically aggressive substrates like Portland cement.  
   - Prevents degradation from mold-release agents or cleaning solvents.  
 
4. Cost-Efficiency for Mass Production  
   - 40–60% lower material cost than platinum-cure LSR, with comparable detail fidelity for non-medical applications.  
   - Room-temperature curing reduces energy consumption in manufacturing.  
 
Applications in Architectural Mold Making  

- Prefabricated Architectural Elements: Reusable molds for GFRC facades, cultural heritage restoration.  
- Landscape Hardscaping: High-cycle production of pavers, balustrades, and faux-stone veneers.  
- DIY/Artisan Use: User-friendly for small-batch artisan crafts with minimal equipment.