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ITPL

Slow Setting Bitumen Emulsion

Designed for effective surface treatment and stronger base course.

Product Overview

Slow Setting Bitumen Emulsion is developed for road construction and maintenance applications that require extended workability and deeper penetration into granular surfaces. It is widely used for prime coats, surface treatments, tack coats, and other applications where controlled breaking helps achieve effective bonding and uniform coverage.

 

This road emulsion supports long-lasting pavement performance while improving the stability of road layers under varying site conditions.

Benefits

Why Choose ITPL Slow Setting Bitumen Emulsion?

01

Designed for Superior Base Strength

ITPL’s Slow Setting Bitumen Emulsion is formulated to penetrate granular base layers to seal loose mineral particles and improve the strength of the existing base course. Its controlled setting characteristics support effective surface preparation for long-lasting road performance.

02

Backed by Trusted Manufacturing Expertise

Recognised among leading bitumen emulsion manufacturers in India, ITPL combines IndianOil’s refining expertise with TotalEnergies’ formulation technology to deliver dependable road emulsion solutions for highway, rural, and urban road infrastructure projects.

Key Technical Parameters of Slow Setting Bitumen Emulsion

Recognised among trusted bitumen emulsion manufacturers, we manufacture rapid setting bitumen emulsion that meets recognised Bureau of Indian Standards (BIS) requirements.

Available Grades

DURAPAVE EMULSIS SS1 (IS)

DURAPAVE EMULSIS SS2

DURAPAVE EMULSIS CSS1 (H)

Characteristics Test
Method
Unit of
Measurement
Specification
Min Max
Residue on 600 micron
Sieve in % by Mass
IS 8887-2018
ANNEX-B
% 0.05
Viscosity at 50°C by Saybolt
Furol Viscometer
IS 3117 Sec 20 100
Coagulation of emulsion at
low Temp.
IS 8887-2018
ANNEX-C
NIL NIL
Storage stability after 24 Hrs. IS 8887-2018
ANNEX-D
% 2
Particle Charge IS 8887-2018
ANNEX-E
Positive Positive
Miscibility with water IS 8887-2018
ANNEX-H
No-
Coagulation
No-
Coagulation
Test on Residue:-
a) Residue by Evaporation IS 8887-2018
ANNEX-J
% 60
b) Penetration of Residue at
25°C/ 100gm/ 5Sec
IS 1203-1978 80 150
c) Ductility of Residue at 27°C IS 1208-1978 Cm 50
d) Solubility in Trichloroethylene IS 1216-1978 % 98
PACKING: DURAPAVE EMULSIS RS1 is available in  •  Bulk  •  200 Kg  •  MS Drum  •  RC Drum  •  New HDPE Drum

Product Certifications: Bureau of Indian Standards (BIS): CM/L- No-3015129 | Durapave Emulsis meets the specifications as per IS8887:2018.

Download Specification

The product brochure covers application guidance, technical parameters, and compliance details of our road emulsion range.

Frequently Asked Questions

Slow setting bitumen emulsion is mainly used for road maintenance, surface treatments, fog seals, slurry seals, and tack coats, and patch repair works in road construction. Its extended breaking time allows the emulsion to penetrate deeply into porous road bases, creating better bonding between layers and improving pavement durability.

The main difference between these grades lies in their viscosity, residue hardness, and intended application.

  • SS1 – Low viscosity grade used for prime coats and surface sealing.
  • SS2 – Higher viscosity grade suitable for slurry seal and maintenance treatments.
  • CSS1(H) – Cationic slow setting grade with harder residue, designed for stronger adhesion and long-lasting performance on demanding road surfaces.

Each grade is selected based on project requirements and surface conditions.

Slow-setting emulsion has a low viscosity and delayed setting time, which allows it to seep into the voids of granular base layers such as WMM or WBM. This deep penetration binds loose particles together, reduces dust, and forms a moisture-resistant layer that improves the structural integrity of the pavement.

In surface treatments, slow setting bitumen emulsion acts as a binding and sealing agent. It helps seal minor cracks, improve aggregate adhesion, reduce water infiltration, and restore worn road surfaces. This makes it highly effective for preventive maintenance and extending pavement life.