Thermoplastic Octylphenol Formaldehyde Tackifying Resin SR801 Offers Excellent Bonding Performance, Non-Thermally Reactive, and Granular Form for Rubber Products

PRODUCT MODEL
SR801
country of origin
CHINA
MOQ
2000
payment method
T/T

Product Details

Highlight:

Excellent Bonding Performance Tackifying Resin

,

Non-Thermally Reactive SR801

,

Granular Form Thermoplastic Octylphenol Formaldehyde Resin

Product Description
Detailed Specifications And Features
Thermoplastic Octylphenol Formaldehyde Tackifying Resin SR801
SR801 is a non-thermally reactive thermoplastic octylphenol resin engineered to deliver exceptional bonding performance in rubber manufacturing applications.
Product Characteristics
This high-performance tackifying resin provides excellent molding and bonding effects with outstanding compatibility across various synthetic rubbers and oils. The granular formulation minimizes dust generation, ensures easy dissolution in solvents, and facilitates straightforward mixing into rubber compounds while maintaining clean workplace conditions.
Key Applications
  • Tire ply lamination and tire manufacturing
  • Conveyor belt production
  • V-belt manufacturing
  • Industrial hose fabrication
  • Rubber sheet production
  • Wire and cable insulation
  • Rubber retreading compounds
  • Various laminated rubber products requiring high tackiness
Usage Guidelines
Mixing Procedure: Add SR801 during the masterbatch mixing stage to ensure optimal dispersion and maximize its softening and plasticizing effects.

Recommended Dosage: 2-8 parts per 100 parts by weight of rubber.
Technical Specifications
Parameter Specification Test Method
Appearance Light yellow to light brown granules Visual inspection
Softening Point (°C) 85-105 GB/T4507-2014
Ash Content (%) ≤ 0.50 GB/T11409-2008
Heating Loss (%) ≤ 0.50 GB/T11409-2008
Packaging & Storage
Packaging: Paper-plastic composite bag or plastic bag, 25KG net weight.

Storage: Store in a cool, dry place. Shelf life: 12 months.
Safety Information
SR801 tackifying resin is classified as a non-hazardous material according to transportation regulations.
For optimal performance, follow recommended mixing procedures and storage conditions.
Related Products
Quality Transparent Waterproof Tear-resistant PVC Mesh Tarpaulin and PVC Laminated Mesh Fabric for Agriculture Construction Factory Enclosures factory

Transparent Waterproof Tear-resistant PVC Mesh Tarpaulin and PVC Laminated Mesh Fabric for Agriculture Construction Factory Enclosures

High-transparency PVC laminated mesh tarpaulin: polyester mesh core with clear PVC films for waterproof, tear-resistant, durable performance. Flexible, easy to cut, heat-seal and weld. Ideal for greenhouse curtains, construction hoardings, factory partitions and protective covers. Custom thickness and width available.

Quality Rubber fender with UHMW-PE plate for yachts offering medium energy absorption and high abrasion resistance factory

Rubber fender with UHMW-PE plate for yachts offering medium energy absorption and high abrasion resistance

Rubber fenders with UHMW-PE plates offer medium energy absorption, high reaction force, and excellent abrasion resistance. Available for bow and side yacht applications with durable construction.

Quality Elastic Self-adhesive Thermal Conductive Pad with Thermal Conductivity 1.0 W/m-K to 9.0 W/m-K for Heat Dissipation factory

Elastic Self-adhesive Thermal Conductive Pad with Thermal Conductivity 1.0 W/m-K to 9.0 W/m-K for Heat Dissipation

Self-adhesive thermal pads with 1.0-9.0 W/m-K conductivity. Excellent elasticity fills air gaps, reduces thermal resistance, and improves heat dissipation in 5G, automotive, and industrial applications. No backing adhesive required.

Quality High-temperature Resistant and Oil-resistant FKM Fluororubber O-rings and Seals for Automotive Engine with Custom-shaped Parts factory

High-temperature Resistant and Oil-resistant FKM Fluororubber O-rings and Seals for Automotive Engine with Custom-shaped Parts

FKM Fluororubber O-rings and seals offer exceptional high-temperature and oil resistance for automotive engines. With 66% fluorine content, superior tensile strength (12 MPa), and easy molding properties, they ensure reliable performance and durability in demanding applications.