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Tin Cure Silicone Rubber
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Industrial-Grade Tin-Cure Liquid Silicone Rubber (LSR) for High-Volume Molds – Fast Curing, Cost-Effective Production – 300+ Cycle Durability

Industrial-Grade Tin-Cure Liquid Silicone Rubber (LSR) for High-Volume Molds – Fast Curing, Cost-Effective Production – 300+ Cycle Durability

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 %
Supply Ability:
100ton/mouths
Product Description

Industrial Grade Tin-Cure Liquid Silicone Rubber (LSR)
1. Industry-proven solutions for demanding applications


Our tin-catalyzed liquid silicone rubber (LSR) continues to be the first choice for industrial mold making,
providing the best balance of performance, cost-effectiveness and fast production for manufacturers worldwide.
Formulated for high-volume applications, the material excels in making durable molds for:


- Polyurethane/resin casting
- Low melting point metal alloys (e.g. tin, zinc)
- Concrete/gypsum precast
- Wax-based prototyping


2. Key Benefits:
- 30% faster cure compared to conventional tin-cure LSRs
- Enhanced tear strength (up to 40 kN/m) for complex geometries


3. Technical Advantages for Industrial Workflows

A. Precision and Durability
- Shrinkage as low as 0.2% – Maintains dimensional stability for close tolerance parts
- Shore A hardness range: 00-60 – From flexible wax patterns to rigid composite molds
- Operating range: -50°C to 250°C – Withstands repeated thermal cycling


B. Cost-effective Production
- 100:2 mix ratio – Reduces material waste compared to platinum-cure alternatives
- No post-cure required – Ready to use immediately after demoulding
- 300+ cycle life – Ideal for small batch production


C. Chemical compatibility
- Resistant to polyurethanes, epoxies and acidic concrete mixes
- Does not react with sulfur-based clays (common in foundry patterns)


4. Industrial applications
- Automotive: Gasket prototypes, interior molds
- Construction: Decorative concrete panel replication
- Aerospace: Composite layup tools for carbon fiber parts
- Art foundries: Investment casting wax patterns

Good price  online

Products Details

Home > Products >
Tin Cure Silicone Rubber
>
Industrial-Grade Tin-Cure Liquid Silicone Rubber (LSR) for High-Volume Molds – Fast Curing, Cost-Effective Production – 300+ Cycle Durability

Industrial-Grade Tin-Cure Liquid Silicone Rubber (LSR) for High-Volume Molds – Fast Curing, Cost-Effective Production – 300+ Cycle Durability

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 %
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

Industrial Grade Tin-Cure Liquid Silicone Rubber (LSR)
1. Industry-proven solutions for demanding applications


Our tin-catalyzed liquid silicone rubber (LSR) continues to be the first choice for industrial mold making,
providing the best balance of performance, cost-effectiveness and fast production for manufacturers worldwide.
Formulated for high-volume applications, the material excels in making durable molds for:


- Polyurethane/resin casting
- Low melting point metal alloys (e.g. tin, zinc)
- Concrete/gypsum precast
- Wax-based prototyping


2. Key Benefits:
- 30% faster cure compared to conventional tin-cure LSRs
- Enhanced tear strength (up to 40 kN/m) for complex geometries


3. Technical Advantages for Industrial Workflows

A. Precision and Durability
- Shrinkage as low as 0.2% – Maintains dimensional stability for close tolerance parts
- Shore A hardness range: 00-60 – From flexible wax patterns to rigid composite molds
- Operating range: -50°C to 250°C – Withstands repeated thermal cycling


B. Cost-effective Production
- 100:2 mix ratio – Reduces material waste compared to platinum-cure alternatives
- No post-cure required – Ready to use immediately after demoulding
- 300+ cycle life – Ideal for small batch production


C. Chemical compatibility
- Resistant to polyurethanes, epoxies and acidic concrete mixes
- Does not react with sulfur-based clays (common in foundry patterns)


4. Industrial applications
- Automotive: Gasket prototypes, interior molds
- Construction: Decorative concrete panel replication
- Aerospace: Composite layup tools for carbon fiber parts
- Art foundries: Investment casting wax patterns